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Welcome to ICN+T 2014

It is our great pleasure to welcome you to the International Conference on Nanoscience and

Technology (ICN+T 2014) in Vail, Colorado (USA), with its beautiful Rocky Mountain scenery.

We thank you for bringing to this conference your latest results and ideas. Your contribution is

key to continuing the tradition of the ICN+T as the premier event highlighting the most important

developments at the forefront of nanoscale science and technology.

At the ICN+T 2014, 53 invited/plenary talks are combined with approximately 280 contributed

talks and 70 posters in what we hope you will find an exciting program. Each day of the

conference, a Plenary Lecture by an internationally renowned scientist leads into a program of

several parallel technical sessions throughout the day. Lively poster sessions will be held in the

exhibit hall (located in the Cascade Ballroom) on two evenings. In the exhibit itself, leading

companies will have their latest nanoscience equipment on display.

We hope you enjoy the conference venue, Vail Cascade Resort, which offers a beautiful, private

setting for discussion and exchange of ideas while being located within easy walking distance

from Vail Village with its numerous opportunities for dining and leisure activities. We have

scheduled several events for you to enjoy these surroundings with your colleagues. A welcome

reception open to all attendees will be held on Sunday evening. Thursday afternoon is free of

lectures to provide time for in-depth scientific discussions and exploration of the Vail valley and

its surrounding mountains. This free afternoon will end with the conference banquet at Larkspur,

at the foot of Vail Mountain.

Finally, we would like to express our appreciation to the numerous sponsors including

equipment vendors and government agencies, which have provided support for the ICN+T

2014. Key to the success of the meeting has been the assistance of the American Vacuum

Society and their superb management team. We take this opportunity to express our gratitude

for their outstanding service and support. On behalf of the Organizing Committee, we thank all

those who helped to make this conference a success.

Peter Sutter, Eli Sutter Conference Chairs, International Conference on Nanoscience + Technology 2014

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General Information Conference Registration Hours Sunday, July 20, 2014: 4:00 p.m.-9:00 p.m. Centennial Foyer

Monday, July 21, 2014: 7:30 a.m.-6:20 p.m. Centennial Foyer

Tuesday, July 22, 2014: 7:30 a.m.-6:20 p.m. Centennial Foyer

Wednesday, July 23, 2014: 7:30 a.m.-6:20 p.m. Centennial Foyer

Thursday, July 24, 2014: 7:30 a.m.-1:40 p.m. Centennial Foyer

Friday, July 25, 2014: 7:30 a.m.-12:30 p.m. Centennial Foyer

Exhibit Hours Monday, July 21, 2014: 11:00 a.m.-4:30 p.m.

8:00 p.m.-10:00 p.m. Cascade Ballroom

Tuesday, July 22, 2014: 11:00 a.m.-4:30 p.m. Cascade Ballroom

Wednesday, July 23, 2014: 11:00 a.m.-4:30 p.m. 8:00 p.m.-10:00 p.m.

Cascade Ballroom

Poster Session Hours and Setup Monday, July 21, 2014: 8:00 p.m.-10:00 p.m. Cascade Ballroom

Wednesday, July 23, 2014: 8:00 p.m.-10:00 p.m. Cascade Ballroom

Poster Setup: Poster presenters are requested to be near their poster during poster sessions. Boards will be available for presenters to mount their posters at 12:00 p.m. on each of these days. Each author’s space is 4ft by 4ft. A sign with your program number and the presenter will be placed at the location where you are to display your work. Posters must be removed immediately following your session. Please note that we cannot take responsibility for any posters left on the boards after the session.

Internet Service

Internet access is complimentary in the guest rooms (wired and wireless) and in all meeting space (wireless). At check-in you will receive instructions from the hotel.

Welcome Reception, Sunday, July 20, 2014, 7:00 p.m.-9:00 p.m., Pool Deck

All attendees are invited to the Welcome Reception on Sunday evening. The reception will feature drinks and appetizers on the Pool Deck (just off the Vail Cascade Resort main lobby) overlooking Gore Creek.

Conference Banquet, Thursday, July 24, 2014, 6:00 p.m.-9:00 p.m., Larkspur Restaurant

All attendees (and guests) with tickets are welcome to attend the Conference Banquet on Thursday at the Larkspur Restaurant located at 458 Vail Valley Dr. in Vail, CO 81657. Larkspur’s simple elegance and spectacular alpine views will make for a memorable fine dining experience. A limited number of tickets are still available for purchase through Monday at the Registration Counter. Please allow extra travel time if you will be taking the complimentary Vail Cascade Shuttle. Parking is also available in the main Vail parking structure.

Coffee Breaks and Posters Refreshments Morning and Afternoon coffee breaks will take place Monday-Wednesday in the Exhibit Hall (Cascade Ballroom) and Thursday-Friday near registration (Centennial Foyer). In addition, refreshments will be served at each of the Poster Sessions (Cascade Ballroom). Please check the technical program schedule for specific times.

Complimentary Shuttle Service to Lionshead and Vail Village Vail Cascade Resort offers guests shuttle service to Lionshead and Vail Village. Shuttles run continuously every 15 minutes from 8:00 a.m.-midnight. Call 970-479-1031 for more information.

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Committees Conference Chairs Peter Sutter, Brookhaven National Lab, USA Eli Sutter, Brookhaven National Lab, USA

Conference Office AVS, 110 Yellowstone Dr., Suite 120 Chico, CA 95973 Phone: 530-896-0477, Fax: 530-896-0487, E-mail: [email protected], Web: www.icnt2014.org

Program Committee

M. Altman, Hong Kong Univ. of Science & Technology Y. Bando, International Center for Materials

Nanoarchitectonics, Japan J. Barth, TU Munich, Germany M.-L. Bocquet, Ecole Normale Superieure Lyon, France C. Coperet, ETH Zürich, Switzerland A. Fejfar, Academy of Sciences, Czech Republic J. Frenken, Leiden Univ., Netherlands H.-J. Gao, Chinese Academy of Sciences, China O. Gang, Brookhaven National Lab, USA M. Hersam, Northwestern Univ., USA S.-W. Hla, Ohio Univ. & Argonne National Lab, USA S. Kalinin, Oak Ridge National Lab, USA P. Kim, Columbia Univ., USA A. Krashenninikov, Univ. of Helsinki, Finland Y. Kuk, Seoul National Univ., Korea L. Manna, Istituto Italiano di Technologia, Italy W. Medlin, Univ. of Colorado, USA R. Penner, Univ. of California Irvine, USA U. Schwarz, Yale Univ., USA T. Sikola, Brno Univ. of Technology, Czech Republic J. Stroscio, National Institute of Standards and

Technology, USA E. Sutter, Brookhaven National Lab, USA P. Sutter, Brookhaven National Lab, USA R. Tenne, Weizmann Institute, Israel A. Wee, National Univ. of Singapore, Singapore H. Yamada, Kyoto Univ., Japan

Steering Committee P. Avouris, IBM Yorktown, USA C. Bai, Chinese Academy of Science, Beijing, China K. Balázsi, Institute for Technical Physics and Materials

Science, Budapest, Hungary V. Baranauskas, Universidade Estadual de Campinas,

Brazil K.G. Bhushan, Bhabha Atomic Research Centre,

Mumbai, India C. Bittencourt, UMONS Université de Mons, Belgium D. Bonnell, Univ. of Pennsylvania, USA M. Buljan, Ruder Boskovic Institute Zagreb, Croatia N. Burnham, Worcester Polytechnic Institute, USA V.T. Cherepin, California State Polytechnic Univ., USA

S. R. Cohen, Weizmann Institute of Science, Rehovot, Israel

R. Colton, Naval Research Lab, USA H. Craighead, Cornell Univ., USA R. Czajka, Poznan Univ. of Technology, Poland A. Fejfar, Academy of Sciences of the Czech Republic J. P. de Freitas, Instituto Nacional de Defesa do

Consumidor, Brasil J.W.M. Frenken, Univ. of Leiden, Netherlands H.-J. Gao, Chinese Academy of Sciences,

Beijing, China C. Gerber, University of Basel, Switzerland A. Gomes Silva, Universidade Nova de Lisboa,

Portugal H.-J. Guentherodt, Univ. of Basel, Switzerland J.S. Ha, Korea Univ., Seoul, Korea Y. Huttel, Instituto de Ciencia de Materiales de Madrid

ICMM, Spain S. Iannotta, CNR - Italian Research Council,

Trento, Italy H. Kasai, Osaka Univ., Japan P.K. Kashkarov, M.V. Lomonosov Moscow State Univ.,

Russia P. Koenraad , TU Eindhoven, Netherlands T. Kokalj, iMT Institute of Metals and Technology,

Ljubljana, Slovenia Y. Kuk, Seoul National Univ., Korea M. Lopez, CINVESTAV-IPN, Mexico H. Linke, Lund Univ., Sweden S. Luby, UčS SAV, Slovakia S. Mangin, Universite de Lorraine, Nancy, France J. Murday, Univ. of Southern California S. Otte, Delft Univ. of Technology, Kavli Institute of

Nanoscience, Netherlands R. Palmer, Univ. of Birmingham, UK S. Rousset, CNRS, Univ. of Paris Diderot, France L. Samuelson, Lund Univ., Sweden S. Schofield, London Centre for Nanotechnology, UK H. Shigekawa, Institute of Applied Physics, CREST-

JST, Univ. of Tsukuba, Japan M. Simmons, Univ. of New South Wales, Australia J. Stroscio, National Institute of Standards and

Technology, USA T. Takahashi, The Univ. of Tokyo, Japan C. Teichert, Univ. of Leoben, Austria L. Whitman, National Institute of Standards and

Technology, USA R. Wiesendanger, Univ. of Hamburg, Germany R. Wolkow, NINT and Univ. of Alberta, Canada Q.-K. Xue, Tsinghua Univ., China H. Yamada, Kyoto Univ., Japan M. Zacharias, Albert-Ludwigs-Universität Freiburg,

Germany

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Sponsors Gold Sponsor

Government Sponsors

Silver and Other Sponsors

Media Sponsor

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Exhibitors Exhibit Hours Monday, July 21, 2014: 11:00 a.m.-4:30 p.m.

8:00 p.m.-10:00 p.m. Cascade Ballroom

Tuesday, July 22, 2014: 11:00 a.m.-4:30 p.m. Cascade Ballroom

Wednesday, July 23, 2014: 11:00 a.m.-4:30 p.m. 8:00 p.m.-10:00 p.m.

Cascade Ballroom

Exhibitors Booth Website AIP Publishing 10 www.aip.org

Anasys Instruments 15 www.anasysinstruments.com

Applied Surface Technologies 14 www.appliedsurfacetechnology.com

Asylum Research 18 www.asylumresearch.com

Carl Zeiss 13 www.zeiss.com

KLA-Tencor 20 www.kla-tencor.com

Montana Instruments 19 www.montanainstruments.com

Oerlikon Leybold Vacuum 8 www.oerlikon.com/leyboldvacuum

Olympus Corp. 22 probe.olympus-global.com/en/

Oxford Instruments 17 www.oxford-instruments.com

Park Systems, Inc. 11-12 www.parkafm.com

RHK Technology, Inc. 9 www.rhk-tech.com

SPECS Surface Nano Analysis, Inc. 7 www.specs.de

SwissLitho AG 16 www.swisslitho.com

VG Scienta, Inc. 21 www.vgscienta.com

Media Sponsor Table IOP Publishing

Exhibit Floor Plan: Cascade Ballroom

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Notes

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9

Key to Session/Paper Numbers

MN Molecular and Nanoelectronics

NE Nano Education and Policy

NM Nanoscale Measurements of Novel Materials

NN Nanobiology, Nanomedicine, and Nanofluidics

NO Nanosystems, Nanomechanics, and Nano-optics

QC Quantum Computing, Spintronics, and Nanomagnetism

SP Scanning Probe Microscopy and Instrumentation

Sessions are labeled with their acronym (e.g. NM),

then: a number to indicate parallel sessions sponsored by the same topic (e.g. NM1, NM2),

then: a dash followed by the first two characters of the day of the week:

Monday, Tuesday, Wednesday, Thursday, Friday,

then: Morning, Afternoon, Evening, Poster,

then: a number to indicate the time slot scheduled for each paper.

Example:NM1-MoM9 (Nanoscale Measurements of Novel Materials, Monday morning, 10:40 am).

Technical Sessions

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Room/

Day

Blue Spruce Centennial ABCD Centennial E Centennial F Rocky Mountain A/B Rocky Mountain C/D Cascade Ballroom &

Foyer

MoM

NN

Biomolecular Interactions

Imaging of Biomolecules,

Membranes & Cells

NM1

2D Materials I: Epitaxial Graphene

Graphene - Intercalation & Supported Clusters

NM3

Metals, Semiconductors, & Insulators I & II

NM2

Surface & Electronic Structure I & II

SP

Non-contact Force Microscopy & Force Measurements I & II

MoA

NM1

2D Materials III: Graphene -

Characterization

2D Materials IV: Graphene SPM

MN

Electrical Transport in

Nanostructures

I & II

NM3

Metals, Semiconductors & Insulators III

NO

In-Situ Probes of Nano-scale Processes for Energy

NM2

Surface & Electronic Structure III

Surface Chemistry & Catalysis I

SP

Non-contact Force Microscopy & Force

Measurements III

Low-Temperature SPM

MoP

POSTER SESSIONS

MN, NM, NN

TuM

QC

Nanomagnetism & Magnetic

Nanostructures

Nanomagnetism: SPM I

NM1

2D Materials V: Graphene & Applications

2D Materials VI: Graphene & Applications

MN

Electrical Transport in

Molecules I & II

NO

Nanofabrication & Nanostructures I

Single Atom & Molecule Manipulation, Molecular

Motors I

NM2

Clusters & Nanoparticles I

Self Assembly & Self-Organization I

NE

Nano Education, Policy, & Publishing

TuA

QC

Nanomagnetism: SPM II & III

NM1

2D Materials VII: Nano Graphene, Graphene

Oxide, & Boron Nitride

2D Materials VIII: Defects & Doping

MN

Molecules on Surfaces I & II

NO

Single Atom & Molecule Manipulation, Molecular

Motors II

Nanofabrication & Nanostructures II

NM2

Self Assembly & Self Organization II & III

SP

Novel SPM Techniques I

High-Frequency & Ultrafast SPM

WeM

NM1

2D Materials IX: Growth & Heterostructures

2D Materials X: New Materials Beyond

Graphene

MN

Molecules on Surfaces IV & V

NO

Nanosystems for Energy

I & II

NM2

Clusters & Nanoparticles II & III

SP

Spin-Sensitive & Spectroscopic SPM

Induced Light Emission

WeA

NM1

2D Materials XI: Silicene

2D Materials XII: Transition Metal Dichalcogenides

MN

Nanowires I & II

NO

Near Field Optics, Plasmons, Nano Optics

I & II

NM2

Fullerenes & Carbon Nanotubes

Clusters & Nanoparticles IV

SP

Novel SPM Techniques II & III

WeP

POSTER SESSIONS

NO, QC, SP

ThM

SP

Non-contact Force Microscopy & Force

Measurements IV

NN

Biosensors & Fluidics

NM1

Superconductivity I & II

QC Nanomagnetism:

SPM I

NO

Nanofabrication & Nanostructures III & IV

NM2

Surface Chemistry & Catalysis II

SP

Spin-Sensitive STM

Spectroscopic

STM

FrM

NM1

2D Materials XIII: Heterostructures

MN

Nanowires II

NO

Near Field Optics, Plasmons, Nano Optics III

NM2

Surface Chemistry & Catalysis III

SP

Novel SPM Techniques &

Multiprobe SPM

2014 Technical Program at a Glance

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NOTES

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MONDAY SESSIONS

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8:30 am PLENARY LECTURE:

"Nanogenerators as New Energy Technology and Piezotronics for Functional Systems“ Prof. Zhong Lin Wang, Georgia Institute of Technology

ROOM: Centennial ABCD

9:00 am

9:25 am BREAK

Nanoscale Measurements of Novel Materials Room: Centennial ABCD - Session NM1-MoM

Nanoscale Measurements of Novel Materials Room: Rocky Mountain A/B - Session NM2-MoM

2D Materials I: Epitaxial Graphene Moderator: Randall Feenstra, Carnegie Mellon University,USA

Surface Structure & Electronic Structure I Moderator: Robert Wolkow, University of Alberta, Canada

9:40 am NM1-MoM6 Invited

Wafer-Scale Epitaxial Graphene on SiC: Synthesis, Devices, and Transfer, CHRISTOS DIMITRAKOPOULOS, University of Massachusetts Amherst, IBM

TJ Watson Research Center, USA

10:00 am Invited talk continued. NM2-MoM7 Self-Doping of Ultrathin Insulating Films by Transition Metal Atoms, Z. LI, KU Leuven,

Belgium, H.-Y.T. CHEN, Università di Milano-Bicocca, K. SCHOUTEDEN, K. LAUWAET, KU

Leuven, Belgium, L. GIORDANO, Università di Milano-Bicocca, M.I. TRIONI, CNR-National

Research Council of Italy, E. JANSSENS, V. IANCU, C. VAN HAESENDONCK, P. LIEVENS, KU

Leuven, Belgium, G. PACCHIONI, Università di Milano-Bicocca

10:20 am NM1-MoM8 Bending the Rules: Epitaxial Graphene on Structured SiC., Y.

LI, M.T. HOANG, H.-J. WU, D.B. TORRANCE, PHILLIP FIRST, Georgia Institute of

Technology, USA

NM2-MoM8 Physical and Electronic Properties of Iridium Modified Si(111) Surface: An STM/STS, ARPES and DFT Study, NURI ONCEL, University of

North Dakota, USA, D. CAKIR, University of Antwerp, J. DIL, B. SLOMSKI, G. LANDOLT, Universität Zürich

10:40 am NM1-MoM9 Epitaxial Growth of Graphene on SiC/Si Substrates in UHV: Studies of Si Diffusion, MARCO NOTARIANNI, B. GUPTA, Queensland University of

Technology, Australia, F. IACOPI, Griffith University, Australia, M. SHIAFEI, N. MOTTA,

Queensland University of Technology, Australia

NM-MoM9 Single Electron Dynamics of an Atomic Silicon Quantum Dot on the H-Si(100) 2x1 Surface, MARCO TAUCER, University of Alberta, Canada, L.

LIVADARU, P.G. PIVA, National Institute for Nanotechnology, Canada, R. ACHAL, H.

LABIDI, University of Alberta, Canada, J.L. PITTERS, National Institute for Nanotechnology,

Canada, R.A. WOLKOW, University of Alberta, Canada

11:00 am NM1-MoM10 Shedding Light on the Nature of Epitaxial Gaphene Gown on the C-face SiC, V. DARAKCHIEVA, Linköping University, Sweden, P. KÜHNE, T. HOFMANN, University of Nebraska-Lincoln, USA, I.G. IVANOV, Linköping University, Sweden, A.A. ZAKHAROV, Lund University, Sweden, C. BOUHAFS, V. STANISHEV, T. IAKIMOV, Linköping University, Sweden, M. SCHUBERT, University of Nebraska-Lincoln, USA, R. YAKIMOVA, Linköping University, Sweden

Monday Morning Break

11:20 am Monday Morning Break Monday Morning Break

2D Materials II: Graphene - Intercalation & Supported Clusters Moderator: Christos Dimitrakopoulos, University of Massachusetts Amherst, USA

Surface & Electronic Structure II Moderator: Tomáš Šikola, CEITEC BUT - Institute of Physical Engineering, Brno University of Technology, Czech Republic

11:40 am NM1-MoM12 Growth Mechanism of Metal Clusters on a Graphene/Ru(0001) Template, SHIXUAN DU, L.Z. ZHANG, J.T. SUN, L. HUANG,

W.Y. XU, Institute of Physics, Chinese Academy of Sciences, W. HOFER, University ofof

Liverpool, UK, H.-J. GAO, Chinese Academy of Sciences, China

NM2-MoM12 Invited

Building Atom-Scale Circuitry, ROBERT WOLKOW, University of Alberta, Canada

12:00 pm NM1-MoM13 High-Resolution Imaging of Hydrogen-Intercalated Graphene on 4H-SiC(0001) Using Non-Contact Scanning Nonlinear Dielectric Microscopy, KOHEI YAMASUE, H. FUKIDOME, K. FUNAKUBO, M. SUEMITSU, Y. CHO,

Tohoku University, Japan

Invited talk continued.

12:20 pm NM1-MoM14 Incorporating Isolated Molybdenum (Mo) Atoms into Bilayer Epitaxial Graphene on 4H-SiC(0001), H. HUANG, W. WAN, Institute of Super-microstructure and Ultrafast Process in Advanced Materials, School of Physics and Electronics, the Central South University, China, H. LI, Institute of Physics, Chinese Academy of Sciences, China, S.L. WONG, National University of Singapore, Singapore, Y.L. GAO, Institute of Super-microstructure and Ultrafast Process in Advanced Materials, School of Physics and Electronics, the Central South University, China, A. WEE, National University of Singapore, Singapore

NM2-MoM14 Density of States Imaging Reveals the Arsenic Donor Wavefunction in Silicon, NEIL CURSON, K. SINTHIPTHARAKOON, S.R.

SCHOFIELD, P. STUDER, V. BRAZDOVA, T. LIM, C.F. HIRJIBEHEDIN, D. BOWLER,

London Centre for Nanotechnology, UCL, UK

12:40 pm NM2-MoM15 Low Temperature STM Investigation of Barrier-Free Sub-Surface Incorporation of Single Impurities into the Bi(111) Surface., P. ZAHL, Brookhaven National Laboratory, USA, G. JNAWALI, C. KLEIN, T. WAGNER, H. HATTAB, University of Duisburg-Essen, Germany, P. ACHARYA, P. SUTTER, Brookhaven National Laboratory, USA, A. LORKE, University of Duisburg-Essen, Germany, C.-L. HSU, Chung Yuan Christian University, Taiwan

Monday Morning, July 21, 2014

14

8:30 am

PLENARY LECTURE: "Nanogenerators as New Energy Technology and Piezotronics for Functional Systems“

Prof. Zhong Lin Wang, Georgia Institute of Technology ROOM: Centennial ABCD

9:00 am

9:25 am BREAK

Nanoscale Measurements of Novel Materials

Room: Centennial F - Session NM3-MoM

Nanobiology, Nanomedicine, and Nanofluidics Room: Blue Spruce - Session NN-MoM

Metals, Semiconductors, & Insulators I

Moderator: Niv Levy, Brookhaven National Laboratory, USA

Biomolecular Interactions Moderator: Andrea L. Slade, Bruker Nano Inc., USA

9:40 am NM3-MoM6 Conductive Nanofilaments in HfO2-Based Thin Films Studied by Conductive-AFM, S. BRIVIO, GRAZIA TALLARIDA, E. CIANCI, S. SPIGA, CNR-

IMM, Italy

NN-MoM6 Selectively Functionalized Surface Landscapes at the Microscale for In-Situ Biophysical Studies, P. SAHOO, R. JANISSEN, Unicamp,

Ifgw, M. SZYMANSKI, Unicamp, Cbmeg, Brazil, D. MURILLO, Unicamp, Ifgw, A. ALVES DE

SOUZA, CC/IA, Brazil, MONICA ALONSO COTTA, Unicamp, Ifgw, Brazil

10:00 am NM3-MoM7 Photothermal Spectroscopy by AFM on Cu(In,Ga)Se2 Solar Cell Materials with Various Ga Contents, W. SRIVISES, Y. HAMAMOTO, The

University of Tokyo, Japan, T. MINEMOTO, Ritsumeikan University, Japan, TAKUJI

TAKAHASHI, The University of Tokyo, Japan

NN-MoM7 Nanoparticle-Templated Phospholipid Layers Facilitate Understanding of Protein Recognition, SCOTT REED, University of Colorado

Denver, USA

10:20 am NM3-MoM8 Ultrasound Influence on the Si-SiO2 System Defects Structure, DANIEL KROPMAN, Tallinn University of Technology, Estonia, T. LAAS, Tallinn

University, Estonia, P. ONUFRIEVS, Riga Technical University, Latvia

NN-MoM8 Invited Physical Insights Into Nature's Way of Making Nanostructured Materials, J.J. DE YOREO, J. TAO, Pacific Northwest National Laboratory, USA, L.M. HAMM, Virginia Tech, USA, D. LI, Pacific Northwest National Laboratory, USA, H. ZHANG, University of California, Berkeley, USA, A.J. GIUFFRE, P.M. DOVE, Virginia Tech, USA, N.A.J.M. SOMMERDIJK, Eindhoven University of Technology, Netherlands, J.F. BANFIELD, University of California, Berkeley, USA


10:40 am



Metals, Semiconductors, & Insulators II

Moderator: Niv Levy, Brookhaven National Laboratory, USA

Imaging of Biomolecules, Membranes & Cells Moderator: James De Yoreo, Pacific Northwest National, USA

11:40 am NM3-MoM12 Invited

Amorphous Metals on the Nano Scale: How and Why?, JAN SCHROERS,

Yale University, USA

NN-MoM12 Cytotoxicity of TiO2 Thin Films Prepared by Alternating Voltage Anodizing, J. CAMARGO, MÓNICA BASANTE, Universidad del Valle, Escuela

de ingeniería química, J. ARIAS, J. QUINTERO, R. ZEA, Universidad Nacional de Colombia,

Departamento de Ingenieria Quimica

12:00 pm Invited talk continued. NN-MoM13 Time-Resolved Nanometer Scale AFM Imaging of Antimicrobial Peptide Activity on Live Escherichia coli Cells, ANDREA

SLADE, S.C. MINNE, Bruker Nano Inc., USA

12:20 pm NM3-MoM14 Characterizing Atomic-Scale Effects of Irradiation on Adatom Diffusion and Incorporation During Epitaxial Growth: Evaluating Photoassisted MBE as a Route to Novel III-V Materials, CHARLOTTE

SANDERS, D.A. BEATON, K. ALBERI, National Renewable Energy Laboratory, USA

NN-MoM14 Molecular-scale Investigation of Antigen Binding to IgG Antibody Self-Assembly Using Frequency-Modulation AFM in Liquids,

HIROAKI KOMINAMI, S.I. IDO, Kyoto University, Japan, K.K. KOBAYASHI, Kyoto

University, Japan, H.Y. YAMADA, Kyoto University, Japan

12:40 pm NM3-MoM15 Au Diffusion through Ultra-Thin Oxide (SiO2, Al2O3) Layers as a Gold-Atom Detachment Limited Process, JAN CECHAL, J. POLCAK, T.S.

SIKOLA, CEITEC, Brno University of Technology, Czech Republic

NN-MoM15 Nanomechanical Sensing of Cell-Cell Interaction by AFM and Monitoring its Effects on Live Cells using SICM, SANG-JOON CHO, M.H.

CHOI, G-E. JUNG, Park Systems Corp., Republic of Korea


15

8:30 am

PLENARY LECTURE: "Nanogenerators as New Energy Technology and Piezotronics for Functional Systems“

Prof. Zhong Lin Wang, Georgia Institute of Technology ROOM: Centennial ABCD

9:00 am

9:25 am BREAK

Scanning Probe Microscopy and Instrumentation

Room: Rocky Mountain C/D - Session SP-MoM

Non-contact Force Microscopy & Force Measurements I Moderator: Zhihai Cheng, National Center for Nanoscience Technology, China

9:40 am SP-MoM6 Invited

Species-Selective Atomic Resolution Imaging with Scanning Probe Methods, H. MONIG,

University of Munster, Germany, M. TODOROVIC, Universidad Autonoma de Madrid, Spain,

MZ. BAYKARA, Bilkent University, Turkey, J. GOTZEN, OE. DAGDEVIREN, Yale University,

USA, TC. SCHWENDEMANN, Southern Connecticut State University, USA, L. RODRIGO,

Universidad Autonoma de Madrid, Spain, EI. ALTMAN, Yale University, USA, R. PEREZ,

Universidad Autonoma de Madrid, Spain, U. SCHWARZ, Yale University, USA

10:00 am Invited talk continued

10:20 am SP-MoM8 Where are the Atoms – Can the Exact Atomic Positions be Measured by Non-contact AFM?, M.P. BONESCHANSCHER, Utrecht University,

Netherlands, S.K. HÄMÄLÄINEN, P. LILJEROTH, Aalto University School of Science,

INGMAR SWART, Utrecht University, Netherlands

10:40 am

11:00 am Monday Morning Break

11:20 am Monday Morning Break

Non-contact Force Microscopy & Force Measurements II Moderator: Ingmar Swart, Utrecht University, Netherlands

11:40 am SP-MoM12 Invited Direct Imaging the Atomic Structures of Molecules and Low-dimensional Materials by Atomic Force Microscopy, Z. CHENG, P. CHEN, J. ZHANG, B. YUAN, S. LI, National Center for Nanoscience and Technology, China, W. JI, Renmin University of China, X. QIU, National Center for Nanoscience and Technology, China

12:00 pm Invited talk continued.

12:20 pm SP-MoM14 Quantum Size Effects in Ultrathin Lead Islands on Si(111), T.

SPÄTH, C. PÉREZ LEÓN, M. MARZ, H.V. LÖHNEYSEN, REGINA HOFFMANN-VOGEL,

Karlsruhe Institute of Technology, Germany

12:40 pm SP-MoM15 Visualization of Ions and Molecules in Solution with PeakForce Tapping, BEDE PITTENGER, A.L. SLADE, C. SU, T. MUELLER, Bruker Nano Inc., USA


16

Molecular and Nanoelectronics Room: Centennial E - Session MN-MoA

Electrical Transport in Nanostructures I Moderator: Stefan Heun, NEST, Istituto Nanoscienze-CNR and Scuola Normale Superiore, Italy

Nanoscale Measurements of Novel Materials Room: Centennial ABCD - Session NM1-MoA

2D Materials III: Graphene - Characterization Moderator: Joseph Stroscio, Center for Nanoscale Science and Technology/NIST, USA

2:20 pm MN-MoA1 Invited

Magnetic Impurities and Magnetotransport in Strongly Spin-Polarized Bi Films, P. KRÖGER, D. LÜKERMANN, Institut für Festkörperphysik, Leibniz Universität

Hannover, Germany, S. SOLOGUB, Institute of Physics, NASU, Kiew, C. TEGENKAMP,

HERBERT PFNÜR, Institut für Festkörperphysik, Leibniz Universität Hannover, Germany

NM1-MoA1 Invited

2D Materials: Characterization and Device Application, RANDALL

FEENSTRA, Carnegie Mellon University, USA

2:40 pm Invited talk continued. Invited talk continued.

3:00 pm MN-MoA3 Controlled Electromigration of Macroscopic Wires and Thin Films in Ambient and Vacuum Conditions, MICHAEL MARZ, D. STÖFFLER, T.

TOMANIC, B. KIEßIG, J. HAUSER, J. SCHWICHTENBERG, C. SÜRGERS, H.V.

LÖHNEYSEN, R. HOFFMANN-VOGEL, Karlsruhe Institute of Technology, Germany

NM1-MoA3 Measuring Charge Transport Through Graphene by Electron Quantum Interference Potentiometry (EQIP), JAAP KAUTZ, J. JOBST, Leiden

University, Netherlands, C. SORGER, Universität Erlangen-Nürnberg, R.M. TROMP, IBM T.

J. Watson Research Center, USA, H.B. WEBER, Universität Erlangen-Nürnberg, S.J. VAN

DER MOLEN, Leiden University, Netherlands

3:20 pm MN-MoA4 Ultra-Fast Feedback-Controlled Electromigration Using FPGA,

YUMA KANAMARU, M.ANDO. ANDO, R. SUDA, J. SHIRAKASHI, Tokyo University of

Agriculture and Technology, Japan

NM1-MoA4 Probing the Pseudomagnetic Field in Strained Graphene,

ESTELLE KALFON-COHEN, S. BHANDARI, M.C. BARR, E. HELLER, R.M. WESTERVELT,

Harvard University, USA

3:40 pm Monday Afternoon Break Monday Afternoon Break


Molecular and Nanoelectronics Room: Centennial E - Session MN-MoA

Electrical Transport in Nanostructures II Moderator: Herbert Pfnür, Leibniz Universität Hannover, Germany

Nanoscale Measurements of Novel Materials Room: Centennial ABCD - Session NM1-MoA

2D Materials IV: Graphene SPM Moderator: Young Kuk, Seoul National University, Korea

4:20 pm MN-MoA7 Kelvin-Probe Force Microscopy Study of Charge Trapping and Transport in Thin Molecular Crystals, YUJI YAMAGISHI, Kyoto University, Japan,

K. NODA, Keio University, Japan, K.K. KOBAYASHI, H. YAMADA, Kyoto University, Japan

NM1-MoA7 Invited

Local Probe Measurements of the Electronic Properties of Graphene and Topological Insulator Surface States, JOSEPH STROSCIO, Center for

Nanoscale Science and Technology/NIST, USA

4:40 pm MN-MoA8 Direct Measurements of Built-In Potential and Charge Distribution within Single Heterostructured Nanorods Using Scanning Kelvin Probe Microscopy, SANJINI NANAYAKKARA, J.M. LUTHER, NREL, USA


5:00 pm MN-MoA9 Mapping Optoelectronic Properties of Nano Building Block Assemblies at their Native Length Scale, ALEXANDER WEBER-BARGIONI, S.

LEBLEBICI, W. BAO, D. SCHUPPISSER, S. BARJA, J. LEE, K. MUNECHIKA, M. MELLI, P.J. SCHUCK, Lawrence Berkeley National Laboratory, USA, S. CABRINI, Molecular Foundry-Lawrence Berkeley National Lab, USA, D.F. OGLETREE, Lawrence Berkeley National Laboratory, USA

NM1-MoA9 Electronic and Spatial STM Study at Epitaxial Multilayer CVD Graphene, SANGWOO PARK, Y.J. SONG, Sungkyunkwan University, Republic of Korea

5:20 pm MN-MoA10 Self-Limiting and Selective Nanosoldering of Carbon Nanotube Junctions for Improved Device Performance, JAEWON DO,

University of Illinois Urbana-Champaign, USA, D. ESTRADA, Boise State University, USA, X.

XIE, N.N. CHANG, J.L. MALLEK, G.S. GIROLAMI, J.A. ROGERS, University of Illinois

Urbana-Champaign, USA, E. POP, Stanford University, USA, J.W. LYDING, University of

Illinois Urbana-Champaign, USA

NM1-MoA10 Probing the Electronic Properties of Epitaxial Graphene Flakes on Au(111) by Quasi-Particle Interference Mapping, P. LEICHT, J. TESCH, L. GRAGNANIELLO, L. ZIELKE, S. BOUVRON, R. MORONI, University of Konstanz, Germany, E. VOLOSHINA, Institut für Chemie, Humboldt Universitaet zu Berlin, Germany, L. HAMMERSCHMIDT, L.M. STEINKASSERER, B. PAULUS, Institut für Chemie und Biochemie, Freie Universitaet Berlin, Germany, YU.S. DEDKOV, SPECS Surface Nano Analysis GmbH, Germany, M. FONIN, University of Konstanz, Germany

5:40 pm MN-MoA11 Giant Current Density by Strongly Correlated Exciton Clusters in Polarized Nano-Granular Materials, H.W.P. KOOPS, HaWilKo GmbH, Germany,

HIROSHI FUKUDA, Hitachi, Japan

NM1-MoA11 Tip-induced Potential Confinement Effect on Graphene in Scanning Tunneling Microscopy Measurement, Y. ZHAO, J. CHAE, CNST/NIST, USA; IREAP, Univ. of Maryland, USA, S. JUNG, KRISS, Korea, A. YOUNG, C. DEAN, L. WANG, Y. GAO, Columbia University, USA, J. RODRIGUES, National University of Singapore, Singarpore, K. WATANABE, T. TANIGUCHI, National Institute for Material Science, Japan, S. ADAM, National University of Singapore, Singarpore, J. HONE, K. SHEPARD, P. KIM, Columbia University, USA, N. ZHITENEV, CNST/NIST, USA, J.A. STROSCIO, Center for Nanoscale Science and Technology/NIST, USA

6:00 pm NM1-MoA12 Structures and Magnetic States of Nanocomposites Formed from Multi-layered Graphene and 3d-Transition-Metals, V.E. FEDOROV, Institute of Inorganic Chemistry, SD of RAS, Russian Federation, S.G. BOGDANOV, A.E. TEPLYKH, Institute of Metal Physics, UD of RAS, Russian Federation, N.G. NAUMOV, Institute of Inorganic Chemistry, SD of RAS, Russian Federation, E.G. GERASIMOV, A.V. KOROLEV, P.B. TERENTEV, A.N. PIROGOV, Institute of Metal Physics, UD of RAS, Russian Federation, B.J. CAMPBELL, Brigham Young University, USA

Monday Afternoon, July 21, 2014

17

Nanoscale Measurements of Novel Materials Room: Rocky Mountain A/B - Session NM2-MoA

Surface Structure & Electronic Structure III Moderator: Percy Zahl, Brookhaven National Laboratory, USA


Room: Centennial F - Session NM3-MoA

Metals, Semiconductors & Insulators III Moderator: Jan Schroers, Yale University, USA

2:20 pm NM2-MoA1 Unique Advantages of EUV Light for Probing Material Properties at the Nanoscale, KATHLEEN HOOGEBOOM-POT, J.N. HERNANDEZ-

CHARPAK, D. NARDI, JILA, University of Colorado Boulder, USA, M. TRIPP, S. KING, Intel Corp., USA, E. ANDERSON, W. CHAO, Center for X-Ray Optics, Lawrence Berkeley National Laboratory, USA, H. KAPTEYN, M. MURNANE, JILA, University of Colorado Boulder, USA

NM3-MoA1 Optical and Morphological Properties of SIOx Powders Deposited by HWCVD at Low Temperatures, ALFREDO BENÍTEZ, G.G.S.

GARCÍA, J.A.L.L. LUNA, D.VV. VAZQUEZ, Benemérita Universidad Autónoma de Puebla,

Mexico

2:40 pm NM2-MoA2 Local Electronic Structure of the 2-Dimensional Electride Ca2N, J. HA, Center for Nanoscale Science and Technology/NIST & Maryland NanoCenter/Univ. of Maryland, USA, H. BAEK, Center for Nanoscale Science and Technology/NIST & Dept. of Physics/Seoul Nat'l Univ., D. ZHANG, Center for Nanoscale Science and Technology/NIST & Maryland NanoCenter/Univ. of Maryland, USA, Y. KIM, S. KIM, Sungkyunkwan University, Y.J. SONG, SAINT and Dept. of Physics, Sungkyunkwan University, Y. KUK, Seoul National University, J.A. STROSCIO, Center for Nanoscale Science and Technology/NIST, USA

3:00 pm NM2-MoA3 Quasiparticle Scattering from Topological Crystalline Insulator SnTe (001) Surface States, DUMING ZHANG, H. BAEK, J. HA, T. ZHANG, Center

for Nanoscale Science and Technology, NIST, USA, A.V. DAVYDOV, Material Measurement

Laboratory, NIST, Y. KUK, Seoul National University, Korea, J.A. STROSCIO, Center for

Nanoscale Science and Technology, NIST, USA

NM3-MoA3 Synthesis of TiNi by a Green Method, IDALIA GOMEZ, B.I.

KHARISOV, T. SERRANO, A. ZAMORA, Universidad Autonoma de Nuevo Leon, Mexico

3:20 pm NM2-MoA4 Step Wise Variation of the Electrochemical Potential at Step Edges of the Bi2Se3 Surface, CHRISTIAN A. BOBISCH, University of Duisburg-

Essen, Germany, S. BAUER, University Cof Duisburg-Essen, Germany, R. MÖLLER,

University of Duisburg-Essen, Germany

NM3-MoA4 Highly Luminescent PbS/ZnS Nanoparticles Synthesized by a Microwave Method, THELMA SERRANO, Y. PEÑA, I. GOMEZ, Universidad Autonoma

de Nuevo Leon, Mexico



Surface Chemistry & Catalysis I Moderator: Christophe Coperet, ETH Zurich, Switzerland

In-Situ Probes of Nanoscale Processes for Energy Moderator: Eli Sutter, Brookhaven National Lab, USA

4:20 pm NM2-MoA7 Invited Revealing Single Molecule Reactivity with an STM Operating at a Solid-Liquid Interface, HANS ELEMANS, Radboud University Nijmegen, Institute for Molecules and Materials, Netherlands

NO-MoA7 Invited NO-MoA7 Invited

Real-Time Studies of Atomic Layer Deposition by Ambient Pressure X-Ray Photoelectron Spectroscopy, JOACHIM SCHNADT, J. KNUDSEN, A. HEAD,

S. YNGMAN, N. JOHANSSON, M. HJORT, S. URPELAINEN, J.N. ANDERSEN, A.

MIKKELSEN, R. TIMM, Lund University, Sweden




5:00 pm NM2-MoA9 Facile H2 Dissociation Catalyzed by Pt-Cu Single Atom Alloys, FELICIA LUCCI, T.J. LAWTON, M.D. MARCINKOWSKI, E.C.H. SYKES, Tufts University, USA

NO-MoA9 Invited Quantification of High Spatial/Temporal Resolution In-Situ Liquid (S)TEM Observations, NIGEL BROWNING, Lawrence Berkeley Laboratory, USA, ABELLAN, ARSLAN, EVANS, GU, KRUSKA, MEHDI, Pacific Northwest National Lab, USA, PARK, FAMU-FSU College of Engineering, USA, PARENT, Pacific Northwest National Lab, USA, RISTENPART, University of California-Davis, USA, WANG, Pacific Northwest National Lab, USA, T.J. WOEHL, University of California-Davis, USA Invited talk continued.

5:20 pm NM2-MoA10 In-Operando Scanning Tunneling Microscopy Study of Cu-Pd Surface Alloys, NIV LEVY, U.G.E. PERERA, Brookhaven National Laboratory, USA

5:40 pm NM2-MoA11 In-situ Observation of Molecules Produced on a Fischer-Tropsch Catalyst with STM, VIOLETA NAVARRO, M. VAN SPRONSEN, JWM. FRENKEN, Leiden University, The Netherlands

NO-MoA11 Invited Operando STM Imaging and Surface X-ray Diffraction of Active Catalysts, JOOST FRENKEN, Advanced Research Center for Nano-Lithography, Leiden University, The Netherlands, GROOT, NAVARRO-PAREDES, VAN SPRONSEN, ROOBOL, ONDERWAATER, HERBSCHLEB, LIU, BAKKER, Leiden University, The Netherlands Invited talk continued.

6:00 pm NM2-MoA12 Unraveling the Mechanism of On-Surface Polymerization on a Rutile TiO2(011) Surface, MAREK KOLMER, R. ZUZAK, A.A. ZEBARI, J.S. PRAUZNER-BECHCICKI, S. GODLEWSKI, B. SUCH, W. PISKORZ, F. ZASADA, Z. SOJKA, M. SZYMONSKI, Jagiellonian University, Krakow, Poland, D. BLÉGER, S. HECHT, Humboldt-Universität zu Berlin, Germany


18

Scanning Probe Microscopy and Instrumentation Room: Rocky Mountain C/D - Session SP-MoA

Non-contact Force Microscopy & Force Measurements III Moderator: Udo Schwartz, Yale University, USA

2:20 pm SP-MoA1 Spin-Sensitive Imaging of NiO(001) Surface by Magnetic Exchange Force Microscopy using Ferromagnetic Resonance, EIJI ARIMA,

K.I. ISOYAMA, I.T. TOKUYAMA, Y.N. NAITOH, Y.J. LI, Y.S. SUGAWARA, Osaka University, Japan

2:40 pm SP-MoA2 Surface Potential Measurement of Pd Clusters on Al2O3/NiAl(110) with KPFM, YANJUN LI, Osaka University, Japan, Y. ASHITA, Osaka ElUniversity, Japan, Y.N. NAITOH, Y. SUGAWARA, Osaka University, Japan

3:00 pm SP-MoA3 Local Surface Potential and Work Function of Cu2ZnSn(S,Se)4 Solar Cell Absorber Thin-Films Investigated by Kelvin Probe Force Microscopy, WILLIAM JO, GY. KIM, JR. KIM, Ewha Womans University, Korea

3:20 pm SP-MoA4 Wideband Nanoscale Mechanical Spectroscopy with Lorentz Contact Resonance AFM, CRAIG PRATER, E. DILLON, K. KJOLLER, Anasys

Instruments, USA

3:40 pm Monday Afternoon Break

4:00 pm Monday Afternoon Break

Low-Temperature SPM Moderator: Sebastian Loth, Max Planck Institute for the Structure and Dynamics of Matter, Germany

4:20 pm SP-MoA7 JT-SPM by SPECS, VIOLETA SIMIC-MILOSEVIC, SPECS Surface Nano

Analysis, GmbH, Germany

4:40 pm SP-MoA8 Design and Chracterization of a Millikelvin Josephson Scanning Tunneling Microscope with Two Independent Tips, ANITA ROYCHOWDHURY,

M. DREYER, J.R. ANDERSON, C.J. LOBB, F.C. WELLSTOOD, University of Maryland

College Park, USA

5:00 pm SP-MoA9 Josephson Tunneling using an Scanning Tunneling Microscope at mK Temperatures, MICHAEL DREYER, A. ROYCHOWDHURY, R. DANA, B.

ANDERSON, C.J. LOBB, F.C. WELLSTOOD, University of Maryland, USA

5:20 pm SP-MoA10 Tuning the AC Josephson Effect in the Microscopic Junction of a Scanning Tunneling Microscope at Ultra-Low Temperatures, BERTHOLD

JÄCK, M. ELTSCHKA, M. ASSIG, M. ETZKORN, C.R. AST, Max Planck Institute for Solid

State Research, Germany, K. KERN, Max Planck Institute for Solid State Research, Ecole

Polytechnique Fédérale de Lausanne, Switzerland

5:40 pm SP-MoA11 Mapping Locally Aligned Dipoles within Two-Dimensional Plastic Lattices, JC.

THOMAS, JJ. SCHWARTZ, HS. AULUCK, OR. IRVING, J. DEIRMENJIAN, J. DADRAS, G.

TRAN, A. BERTOZZI, J. GILLES, S. OSHER, University of California, Los Angeles, USA,

C.A. MIRKIN, Northwestern University, USA, A.N. ALEXANDROVA, University of California,

Los Angeles, USA, T. BAŠE, Institute of the Academy of Sciences of the Czech Republic,

PS. WEISS, University of California, Los Angeles, USA

6:00 pm


19


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Lunch

when _________________________________________________________________________________________________________________________________________________

with _________________________________________________________________________________________________________________________________________________

where _________________________________________________________________________________________________________________________________________________

Anticipated Schedule Monday Afternoon, July 21, 2014

TIME SESSION ROOM

1:00 pm _________________________________________________________________________________________________________________________________________________

1:20 pm _________________________________________________________________________________________________________________________________________________

1:40 pm _________________________________________________________________________________________________________________________________________________

2:00 pm _________________________________________________________________________________________________________________________________________________

2:20 pm _________________________________________________________________________________________________________________________________________________

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Anticipated Schedule

20

Molecular and Nanoelectronics

Room: Cascade Ballroom & Foyer - Session MN-MoP

Molecular & Nanoelectronics Poster Session

8:00 pm

MN-MoP1 Effect of Annealing Temperature on the Microstructural and Electronic Properties of Zn0.94Mg0.06O Nanocrystalline Films Prepared by Sol-Gel Process, CHUNG-YUAN KUNG, National Chung Hsing University, Taichung, Taiwan,

Taiwan, Republic of China, S.L. YOUNG, H.Z. CHEN, M.C. KAO, Hsiuping University of Science

and Technology, Republic of China, H.M. HSIEH, National Chung Hsing University, Taichung,

Taiwan, Taiwan, Republic of China

MN-MoP2 Investigation of Orbital Defined Domain Boundaries of C60 on Au(111), MICHAEL PAßENS, Peter Grünberg Institut (PGI-7) and JARA-FIT, Forschungszentrum

Jülich GmbH, D-52425 Jülich, Germany, S. KARTHÄUSER, R. WASER, Forschungszentrum Jülich,

Germany

MN-MoP3 Nanowire Based All-Oxide Photoelectronic Devices with p-n Heterostructure, SOHEE KIM, H.K. CHO, Sungkyunkwan University, Republic of Korea

MN-MoP4 Iridium-Silicide Nanowires on Flat and Vicinal Si(001) Surfaces, D.

NICHOLLS, University of North Dakota, USA, D. CAKIR, University of Antwerp, B. WARE, F.

FATIMA, S. HOSSAIN, RASIKA MOHOTTIGE, N. ONCEL, University of North Dakota, USA

MN-MoP5 Surface Induced Dechlorination and Dehydrogenation of Octaethylporphyrin- Fe(III)- Chloride, D. VAN VÖRDEN, N. SCHMIDT, M. LANGE,

University of Duisburg-Essen, Germany, R. ROBLES, Campus UAB, Spain, CHRISTIAN A.

BOBISCH, R. MÖLLER, University of Duisburg-Essen, Germany

MN-MoP6 Light Emission of Noble and Adsorbate Covered Metal Surfaces Stimulated with a Scanning Tunneling Microscope, EBRU ÖZEN, M.C. COTTIN, R.

MÖLLER, C.A. BOBISCH, University of Duisburg-Essen, Germany

MN-MoP7 Numerical Renormalization Group Method and Kondo Effect in Quantum Dots System, SAHIB BABAEE TOOSKI, Institute of Molecular Physics, Polish

Academy of Sciences, Poland

MN-MoP8 Laser Induced Transfer and Patterning of Organic Semiconductors., PREMYSL FITL, Institute of Chemical Technology Prague. Czech Republic, M. VRNATA, V.

MYSLIK, Institute of Chemical Technology Prague, Czech Republic, J. VLCEK, D. TOMECEK, E.

MARESOVA, Institute of Chemical Technology Prague, Czech Republic, M. NOVOTNY, Institute of

Physics, Academy of Sciences of Czech Republic

MN-MoP9 Tuning the Thermoelectric Properties of a Single Molecular Junction by Mechanical Stretching, RENATO BORGES PONTES, Universidade Federal de Goiás,

Brazil, A.R. TORRES, A.J.R. J. R. DA SILVA, A. FAZZIO, Universidade de São Paulo, Brazil

MN-MoP10 The Characterization of Mn based Self-Forming Barriers on Low-k Samples with or without UV Curing Treatment, JAE-HYUNG PARK, D.S. HAN, M.S.

KANG, J.W. PARK, Hanyang University, Korea

MN-MoP11 Growth of p-TeO2/n-SnO2 Hierarchical Heterostructures and Their UV-Enhanced Room-Temperature Gas Sensing Properties, YUNG-CHIUN HER,

P.-F. HUANG, National Chung Hsing University, Taiwan

MN-MoP12 Laser Effects on The Resonant Tunnel Diode With an InAs Quantum Dot Inside an (Al,Ga)As Barrier, HAROLD PAREDES, C.L. BELTRAN-RÍOS,

Universidad Industrial de Santander, Colombia, S.T. PÉREZ-MERCHANCANO, Universidad del

Cauca, Colombia

MN-MoP13 Self-Assembled Molecular Monolayers on Germanium as Nanodielectrics, V. GADENNE, Institut Matériaux Microélectronique Nanosciences de

Provence, IM2NP CNRS UMR 7334, France, G. DELAFOSSE, Institut Matériaux Microélectronique

Nanosciences de Provence, IM2NP CNRS UMR 7334, L. FILLAUD, B. JOUSSELME, Laboratory of

Innovation in Surface Chemistry and Nanosciences (LICSEN), CEA/DSM/IRAMIS/NIMBE, France,

J.-M. RAIMUNDO, Aix-Marseille Université, France, V. MALYTSKYI, LIONEL PATRONE, Institut

Matériaux Microélectronique Nanosciences de Provence, IM2NP CNRS UMR 7334, France


Room: Cascade Ballroom & Foyer - Session NM-MoP

Nanoscale Measurements of Novel Materials Poster Session

8:00 pm

NM-MoP1 Optical Properties of Palladium-Coated Gold Nanorods, KITSAKORN

LOCHAROENRAT, P. KITTIDACHAN,King Mongkut’s Institute of Technology Ladkrabang, Thailand

NM-MoP2 Nanostructured ZnO Thin Films from Colloidal Nanoparticles Deposited by Evaporation, JOSEALBERTO ALVARADO, CINVESTAV-IPN, Mexico

NM-MoP3 The Dielectric and Thermal Properties of Poly (Styrene -CO- Acrylonytril/ TiO2 Compositie, NABILA HADDADINE, USTHB, Algeria

NM-MoP4 Estimating Young’s Modulus of Graphene with Raman Scattering Enhanced by Micrometer Tip, WEI-BIN SU, Institute of Physics, Academia Sinica, Taiwan

NM-MoP5 Growth of Binary and Ternary Nitrides Coatings by a Combination of a Chemical and Solid State Diffusion Process, D. CHALIAMPALIAS, D.

STATHOKOSTOPOULOS, I. TSIAOUSIS, P. PATSALAS, G. VOURLIAS, EFSTATHIOS

POLYCHRONIADIS, Aristotle University, Greece

NM-MoP6 Humidity Sensing Properties of Graphene and Graphene Oxide,

MIROSLAV BARTOS, Brno University of Technology, Czech Republic, Z. LISKOVA, P.

PROCHAZKA, M. BARTOSIK, J.M. MACH, J. SPOUSTA, T.S. SIKOLA, CEITEC, Brno University of

Technology, Czech Republic

NM-MoP7 Low Temperature Selective Growth of GaN Single Crystals on Pristine and Graphene Modified SiO2 Substrates., JINDRICH MACH, CEITEC, Brno

University of Technology, Czech Republic, P. MAREŠ, T. ŠAMOŘIL, Institute of Physical

Engineering, University of Technology Brno, Faculty of Mechanical Engineering, Czech Republic, P.

PROCHÁZKA, J. HULVA, J. DAMKOVÁ, Institute of Physical Engineering, University of Technology

Brno, Czech Republic, M. BARTOŠÍK, S. VOBORNÝ, CEITEC BUT, Brno University of Technology,

Czech Republic, L. BŘÍNEK, Institute of Physical Engineering, University of Technology Brno, Czech

Republic, Z. ÉDESZ, Institute of Physical Engineering, University of Technology Brno, Czech

Republic, Slovakia, M. KOLÍBAL, J. SPOUSTA, T. ŠIKOLA, CEITEC BUT, Brno University of

Technology, Czech Republic

NM-MoP8 In-Situ Thermal Imaging of Thin Graphite Wires under Current Flow,

MISAE MATAYOSHI, R. SUDA, J. SHIRAKASHI,Tokyo University of Agriculture and Tech, Japan

NM-MoP9 Characterization of DANPY Binding to Biological Substrates, CONNER

KUMMERLOWE, L.E. JOHNSON, Pomona College, USA

NM-MoP10 Spectroscopic Imaging - Scanning Tunneling Spectroscopy of Impurity and Dopant Atoms in Unconventional Superconductors, PETER SPRAU,

F. MASSEE, J.C. DAVIS, Cornell University, USA

NM-MoP11 The Effects of Oxygen Partial Pressure on the Characteristics of TiO2 TFT Device Performance, D.S. HAN, Hanyang Unviersity, Republic of Korea, J.H.

PARK, M.S. KANG, Hanyang University, Republic of Korea, JONG-WAN PARK, Hanyang

University, Korea, Republic of Korea

NM-MoP12 The Influence of the Doping Level of InP on the Porous Layer, YANA

SUCHIKOVA, Berdyansk State Pedagogical University, Ukraine

NM-MoP14 Production And Characterization Of Gold Nanoparticles From Itagunmodi Gold Deposit, OLASUPO OGUNDARE, Institute Akure Nigeria

NM-MoP15 Temporal Distributions of Energy Transitions and Photoluminescence Quenching in CuInS2 Semiconductor Nanocrystals with ZnS Capping, QUINTON RICE, Hampton University, USA, S. RAUT, I. GRYCZYNSKI, Z.

GRYCZYNSKI, University of North Texas Health Science Center, USA, W. ZHANG, X. ZHONG,

East China University of Science and Technology, China, Y.-K. KIM, Korea Institute of Materials

Science, South Korea, B. TABIBI, SEO, Hampton University, USA

NM-MoP16 Temperature dependence of critical points, optical properties and electronic structures of relaxor Pb(Mg1/3Nb2/3)O3−PbTiO3, J.J. ZHU, HU, CHU,

Chinese Academy of Sciences, China

NM-MoP17 How In situ Generated Hydrogen Controls the Morphology of Platinum Nanoparticles, CHRISTOPHE PETIT, MONARIS, UPMC-PARIS 6, FRANCE.,

AGUILERA-PORTA,CALATAYUD, Sorbonne Universités,France,SALZEMANN,Univ Paris 06,

France

NM-MoP18 Imaging Quantum Fluctuations Of Cvd Graphene Constriction Via Scanning Gate Microscopy, MASAHIRO MATSUNAGA, Chiba University, Japan, C.

CHUANG, National Taiwan University, Taiwan, L.-H. LIN, National Chiayi University, Taiwan, C.-T.

LIANG, National Taiwan University, Taiwan, Y. OCHIAI, N. AOKI, Chiba University, Japan

NM—MoP19 Measuring Uptake of Volatile Organic Compounds into Polymer Thin Films Using QCM-D, C.J. TAYLOR, ALISON MERCER-SMITH, A.S. ANTONOPLIS,

K.J. PARK, C. WU, Pomona College, USA, A. NIEMZ, Keck Graduate Institute

NM-MoP20 Multimethod Approach For Nanoscale Number And Size Measurements Of Gold Nanoparticles Using Different Analytical Techniques,

ASHWINI PRASAD, University of Birmingham, UK

NM-MoP21 Hydrogen Adsorption by Late Transmition Metal Complexes Confined in Nanoporous Carbon Materials, MOHAMMAD R. ANDALIBI, The

Pennsylvania State University, USA, FOLEY, The University of Missouri, USA

Monday Afternoon Poster Sessions

21

Nanobiology, Nanomedicine, and Nanofluidics

Room: Cascade Ballroom & Foyer - Session NN-MoP

Nanobiology, Nanomedicine, and Nanofluidics Poster Session

8:00 pm

NN-MoP1 QCM-D and Computational Study of Al3+ Effects on Supported Lipid Bilayer Structure, HANNAH WAYMENT-STEELE, L.E. JOHNSON, Pomona College, USA, A.

KUNZE, Chalmers University of Technology, Sweden, M.S. JOHAL, Pomona College, USA, S.

SVEDHEM, Chalmers University of Technology, Sweden

NN-MoP2 High Throughput Method for Analyzing Bacterial Force Curves, S.A.

O'CONNOR, R.L. GADDIS, T.A. CAMESANO, N.A. BURNHAM, FREDERICK HUTSON, Worcester

Polytechnic Institute, USA

NN-MoP3 Desolvation of BSA–Ligand Complexes Measured Using the Quartz Crystal Microbalance and Dual Polarization Interferometer, JAMES KANG, Pomona

College, USA, N.J. STANTON, Pomona Collage, USA, M.S. JOHAL, Pomona College, USA

NN-MoP5 CuO/ZnO Nanocomposite for Colorimetric Detection of Cysteine, M.

ŠIMŠÍKOVÁ, CEITEC BUT, Brno University of Technology, Czech Republic, J. ČECHAL, CEITEC

BUT - Institute of Physical Engineering, Brno University of Technology, Czech Republic, A.

ZORKOVSKÁ, Institute of Geotechnics, SAS, Slovakia, M. ANTALÍK, P.J. Šafárik University,Institute

of Experimental Physics, SAS, Slovakia, T. ŠIKOLA, CEITEC BUT - Institute of Physical

Engineering, Brno University of Technology, Czech Republic

NN-MoP6 Green Synthesis of Silver Nanoparticles for the Control of Mosquito Vectors: A New Approach, SUBBIAH POOPATHI, Vector Control Research Centre, Indian

Council of Medical Research, India

NN-MoP7 Combining Plasmonics and Nanofluidics for Single Molecule Detection, MELANIE WEST, I. FERNANDEZ-CUESTA, P-BLINC Corp., USA, S. CABRINI,

Molecular Foundry-Lawrence Berkeley National Lab, USA

Monday Afternoon Poster Sessions

22

TUESDAY SESSIONS

23


“Molecular Catalysis Science. Nanoparticle Synthesis and Instrument Development for Characterization under Reaction Condition. Conquering Catalytic Complexity”

Prof. Gabor A. Somorjai, University of California, Berkeley ROOM: Centennial ABCD

9:00 am

9:25 am BREAK


Room: Centennial E - Session MN-TuM

Electrical Transport in Molecules I Moderator: Frank Meyer Zu Heringdorf, Universitat Duisburg-Essen, Germany

9:40 am MN-TuM6 Redox-Active Organometallic Molecules for Future Memory Applications, F. SCHWARZ, IBM

Research - Zurich, Switzerland, G.K. KASTLUNGER, University of Vienna, Austria, F.L. LISSEL, M.K.

KOCH, C.E. EGLER, S.S. SEMENOV, University of Zurich, Switzerland, H.R. RIEL, IBM Research - Zurich,

Switzerland, K.V. VENKATESAN, H.B. BERKE, University of Zurich, Switzerland, R.S. STADLER, University

of Vienna, Austria, E.L. LÖRTSCHER, IBM Research - Zurich, Switzerland

10:00 am MN-TuM7 Protein-based Molecular Devices, SHACHAR RICHTER, Tel Aviv

University, Israel

10:20 am MN-TuM8 Lipid-Depleted Bacteriorhodopsin Monolayers: Nano-Scale Electron Transfer and Photodynamics, S. MUKHOPADHYAY, SIDNEY COHEN,

D. MARCHAK, N. FRIEDMAN, I. PECHT, M. SHEVES, D. CAHEN, Weizmann Institute of Science, Israel

10:40 am MN-TuM9 Conductance Measurements of Individual Pentacene and Thioacene Derivates Probed by Scanning Tunneling Microscopy, B. BORCA, V. SCHENDEL, I. PENTEGOV, U. KRAFT, Max-Planck-Institut für Festkörperforschung, Germany, H. KLAUK, Max-Planck-Institut für Festkörperforschung, Germany, P. WAHL, Max-Planck-Institut für Festkörperforschung, Germany, University of St. Andrews, UK, U. SCHLICKUM, Max-Planck-Institut für Festkörperforschung, Germany, K. KERN, ax-Planck-Institut für Festkörperforschung, Germany, Ecole Polytechnique Fédérale de Lausanne, Switzerland

11:00 am Tuesday Morning Break Tuesday Morning Break


Electrical Transport in Molecules II Moderator: Florian Schwarz, IBM Research - Zurich, Switzerland

Nano Education, Policy, & Publishing

Room: Rocky Mountain C/D - Session NE-TuM

Nano Education, Policy, & Publishing Moderator: Nancy Burnham, Worcester Polytechnic Institute, USA

11:40 am MN-TuM12 Invited

Chemistry and Physics at the Single-Molecule Level, LATHA

VENKATARAMAN, Columbia University, USA

NE-TuM12 25 years of Nanotechnology: Maximizing the Impact of your Work, ALEX WOTHERSPOON, Nanotechnology, UK

12:00 pm Invited talk continued. NE-TuM13 Improved Accessibility for Nanoscience Instruction: A General Program and its Implementation, S.R. COHEN, RON BLONDER, Weizmann

Institute of Science, Israel

12:20 pm MN-TuM14 Hall Effect and Organic Magnetoresistance Measurements in Highly

Doped Polymer Semiconductors for Organic Spintronics Applications, S. ZANETTINI,

B. DOUDIN, J.-F. DAYEN, IPCMS, CNRS/Universitè de Strasbourg, France, C.

ETRILLARD, IPCMS, CNRS, France, N. LECLERC, ICPEES, CNRS/Universitè de

Strasbourg, France, T. HEISER, ICUBE, CNRS/Universitè de Strasbourg, France

NE-TuM14 Outcomes of and Materials for Two University-level Courses on Atomic Force Microscopy, NANCY A. BURNHAM, F. HUTSON, Worcester


12:40 pm NE-TuM15 Expand Your Knowledge on Materials for Renewable and Sustainable Energy: Why Choosing this Open Access Journal for Widely Disseminating your Work, HUSAM ALSHAREEF, King Abdullah University of Science and Technology

(KAUST), Saudi Arabia

Tuesday Morning, July 22, 2014

24




9:00 am

9:25 am BREAK


Room: Centennial ABCD - Session NM1-TuM

Nanoscale Measurements of Novel Materials Room: Rocky Mountain A/B - Session NM2-TuM

2D Materials V: Graphene & Applications Moderator: Cristian Ciobanu, Colorado School of Mines, USA

Clusters & Nanoparticles I Moderator: Nigel Browning, Pacific Northwest National Lab, USA

9:40 am NM1-TuM6 Invited Graphene for Hydrogen Storage: An STM study, T. MASHOFF, Center for Nanotechnology Innovation @ NEST, Istituto Italiano di Tecnologia, Italy, S. GOLER, V. TOZZINI, NEST, Istituto Nanoscienze-CNR and Scuola Normale Superiore, Italy, D. CONVERTINO, V. MISEIKIS, C. COLETTI, V. PIAZZA, Center for Nanotechnology Innovation @ NEST, Istituto Italiano di Tecnologia, Italy, M. TAKAMURA, S. TANABE, H. HIBINO, NTT Basic Research Laboratories, NTT Corporation, Japan, V. PELLEGRINI, NEST, Istituto Nanoscienze-CNR and Scuola Normale Superiore, I-56126 Pisa, Italy, and Istituto Italiano di Tecnologia, Graphene Labs, Via Morego 30, I-16163 Genova, Italy, F. BELTRAM, NEST, Istituto Nanoscienze-CNR and Scuola Normale Superiore, Italy, S. HEUN, NEST, Istituto Nanoscienze-CNR and Scuola Normale Superiore, Pisa, Italy

NM2-TuM6 Invited

Ag-Au Bimetallic Nanocubes with Enhanced SERS Property and Chemical Stability, DONG QIN, Georgia Institute of Technology, USA

10:00 am Invited talk continued. Invited talk continued.

10:20 am NM1-TuM8 Application of Bioinspired Porous Graphene Materials in Supercapacitor, Z.R. GU, J.J. CAI, HONG JIN, South Dakota State University, USA

NM2-TuM8 In-Situ Liquid Cell Electron Microscopy of Ag-Pd Galvanic Replacement Reactions on Ag Nanoparticles, ELI SUTTER, K. JUNGJOHANN,

S. BLIZNAKOV, Brookhaven National Laboratory, USA, A. COURTY, E. MAISONHAUTE,

Sorbonne Universités, France, P. SUTTER, Brookhaven National Laboratory, USA

10:40 am NM1-TuM9 Kelvin Probe Force Microscopy of a Graphene/SiO2/Si System at Different

Relative Humidity Related to an Application in Nanosensors, M. BARTOŠÍK, M.

KONEČNÝ, J.M. MACH, P. PROCHÁZKA, Z. LIŠKOVÁ, CEITEC, Brno University of

Technology, Czech Republic, L. KORMOŠ, FME, Brno University of Technology, M.

BARTOŠ, T. ŠIKOLA, CEITEC, Brno University of Technology, Czech Republic

NM2-TuM9 Synthesis of Nanostructures with In situ Liquid and Electrochemical S/TEM, RAYMOND UNOCIC, K. MORE, Oak Ridge National

Laboratory, USA



2D Materials VI: Graphene Applications Moderator: Stefan Heun, NEST, Istituto Nanoscienze-CNR and Scuola Normale Superiore, Italy

Self Assembly & Self-Organization I Moderator: Roman Krahne, Istituto Italiano di Tecnologia

11:40 am NM1-TuM12 Performance Evaluation Of Potassium Functionalized Graphene Nano-Sheets Based Nano-Fluid, ABHINAV GUPTA, A.

SHRIVASTAVA, P. CHAMOLI, K.K. KAR, Indian Institute of Technology Kanpur, India

NM2-TuM12 Invited

Assembling Nanoclusters in Water for Imaging and Therapy, THOMAS

TRUSKETT, KP. JOHNSTON, J.A. MAYNARD, A.U. BORWANKAR, A,K. MURTHY, The

University of Texas at Austin, USA

12:00 pm NM1-TuM13 Effects of Rapid Thermal Annealing on Al-doped HfO2 Films Directly Deposited by ALD on Graphene, LI ZHENG, State Key Laboratory of

Functional Materials for Informatics, SIMIT, Chinese Academy of Sciences, China, X.

CHENG, SIMIT, Chinese Academy of Sciences, China


12:20 pm NM2-TuM14 Self-Assembly of Collagen on Flat Substrates: The Interplay of Collagen-Collagen and Collagen-Substrate interactions, BADRI

NARAYANAN, G.H. GILMER, Colorado School of Mines, USA, J. TAO, J.J. DE YOREO,

Pacific Northwest National Laboratory, USA, C.V. CIOBANU, Colorado School of Mines, USA

12:40 pm NM2-TuM15 New Organic Interactions at Solid Surfaces Controlled by Charge Transfer, K. LAUWAET, IMDEA Nanociencia, Spain, J. RODRÍGUEZ FERNÁNDEZ, M. ROBLEDO RELAÑO, S. DÍAZ-TENDERO, Universidad Autónoma de Madrid, Spain, N. MARTÍN, J.M. GALLEGO, IMDEA Nanociencia, Spain, R. ORETO, F. MARTÍN, Universidad Autónoma de Madrid, Spain, R. MIRANDA, IMDEA Nanociencia, Spain


25




9:00 am

9:25 am BREAK

Nanosystems, Nanomechanics, and Nano-optics Room: Centennial F - Session NO-TuM

Quantum Computing, Spintronics, and Nanomagnetism Room: Blue Spruce - Session QC-TuM

Nanofabrication & Nanostructures I Moderator: Matthew Sfeir, Brookhaven National Laboratory, USA

Nanomagnetism & Magnetic Nanostructures Moderator: Christophe Petit, MONARIS, UPMC-Paris 6, France

9:40 am NO-TuM6 Invited

Smarter Lithography: Top-Down Control of Nanometer-Length-Scale Self-Assembly, KARL BERGGREN, MIT, USA

QC-TuM6 Invited

Novel Size-Stabilized Structures and Magnetism in Binary Alloy Nanoclusters, JEFFREY SHIELD, P. MUKHERJEE, M. KOTEN, F. GOLKAR, University

of Nebraska Lincoln, USA


10:20 am QC-TuM8 Room Temperature Ferromagnetism in Sputtered Titania Thin Tilms, MING-SHOW WONG, National Dong Hwa University, Taiwan, Republic of China,

S.X. CHANG, C.H. CHEN, National Dong Hwa University, Y. LIOU, Academia Sinica

10:40 am NO-TuM9 Desktop Nanofabrication with Cantilever-Free Scanning Probes,

KEITH A. BROWN, D.J. EICHELSDOERFER, X. LIAO, W. SHIM, C.A. MIRKIN,

Northwestern University, USA

QC-TuM9 Chemically Programmable 2D Electron Spin Array, C. WÄCKERLIN, J. NOWAKOWSKI, Paul Scherrer Institute, Villigen, Switzerland, S.-X. LIU, M. JAGGI, University of Bern, Switzerland, J. GIROVSKY, D. SIEWERT, Paul Scherrer Institute, Villigen, Switzerland, A. SHCHYRBA, University of Basel, Switzerland, T. HÄHLEN, M. BALJOZOVIC, A. KLEIBERT, Paul Scherrer Institute, Villigen, Switzerland, P.M. OPPENEER, Uppsala University, Sweden, F. NOLTING, Paul Scherrer Institute, Villigen, Switzerland, S. DECURTINS, University of Bern, Switzerland, T.A. JUNG, Paul Scherrer Institute, Villigen, Switzerland, N. BALLAV, Indian Institute of Science Education and Research, India



Single Atom & Molecule Manipulation, Molecular Motors I Moderator: Saw-Wei Hla, Ohio University & Argonne National Lab, USA

Nanomagnetism: SPM I Moderator: Sylvie Rousset, Université Paris Diderot, France

11:40 am NO-TuM12 Switching Dynamics of a Single Bistable Dopant Atom, ERWIN

SMAKMAN, P.L.J. HELGERS, J. VERHEYEN, Eindhoven University of Technology,

Netherlands, R. MÖLLER, University of Duisburg-Essen, Germany, P.M. KOENRAAD,

Eindhoven University of Technology, Netherlands

QC-TuM12 Magnetic Force Microscopy Investigation of Arrays of Nickel Nanowires and Nanotubes, MUHAMMADRAMZAN TABASUM, Université catholique

de Louvain, F. ZIGHEM, University of Paris 13, France, L. PIRAUX, Université catholique de

Louvain, B. NYSTEN, Université catholique de Louvain, Belgium

12:00 pm NO-TuM13 Modifying the Electronic Properties of Atomically Well-Defined Graphene Nanoribbons by Inducing Strain, JOOST VAN DER LIT, P.H.

JACOBSE, D. VAMAEKELBERGH, I. SWART, Utrecht University, Netherlands

QC-TuM13 Control of Single-Spin Magnetic Anisotropy by Exchange Coupling, M.R. CALVO, J.C. OBERG, University College London, UK, F. DELGADO, International Iberian Laboratory (INL), M. MORO, D. SERRATE, Universidad de Zaragoza, D. JACOB, Max-Planck-Institut für Mikrostrukturphysik, Germany, J. FERNÁNDEZ-ROSSIER, International Iberian Laboratory (INL), C.F. HIRJIBEHEDIN, University College London, UK

12:20 pm NO-TuM14 Manipulation of Planar Molecules on a Hydrogenated Semiconductor. Molecular Switch on a Dangling Bond Dimer, S. GODLEWSKI, M. KOLMER, Jagiellonian University, Krakow, Poland, H. KAWAI, Institute of Materials Research and Engineering, Singapore, R. ZUZAK, B. SUCH, J. LIS, Jagiellonian University, Krakow, Poland, M. SAEYS, National University of Singapore, Singapore, P. DE MENDOZA, AM. ECHAVARREN, Institute of Chemical Research of Catalonia (ICIQ), Spain, C.J. JOACHIM, CEMES-CNRS, France, M. SZYMONSKI, Jagiellonian University, Krakow, Poland

QC-TuM14 Spin Wave Imaging in Atomically Designed Nanomagnets, A.

SPINELLI, B. BRYANT, Delft University of Technology, Netherlands, F. DELGADO, J.

FERNÁNDEZ-ROSSIER, International Iberian Nanotechnology Laboratory (INL), Portugal,

SANDER OTTE, Delft University of Technology, Netherlands

12:40 pm QC-TuM15 Tunable Magnetoresistance Driven by Magnetically Sensitive Negative Differential Resistance in an Asymmetrically Coupled Single Molecule Junction, B. WARNER, F. EL HALLAK, University College London, UK, J. SHARP, M. PERSSON, University of Liverpool, A.J. FISHER, C.F. HIRJIBEHEDIN, University College London, UK


26


Room: Centennial E - Session MN-TuA

Molecules on Surfaces I Moderator: Ying Jiang, Peking University, China

Nanoscale Measurements of Novel Materials Room: Centennial ABCD - Session NM1-TuA

2D Materials VII: Nano Graphene, Graphene Oxide, & Boron Nitride Moderator: Arkady Krasheninnikov, Aalto University, Finland

2:20 pm MN-TuA1 Porphyrin Metalation Providing an Example of a Redox Reaction Facilitated by a Surface Reconstruction, JAN NOWAKOWSKI, C.

WÄCKERLIN, J. GIROVSKY, D. SIEWERT, M. BALJOZOVIC, T.A. JUNG, Paul Scherrer

Institute, Villigen, Switzerland, N. BALLAV, Indian Institute of Science Education and

Research, Pune, India

NM1-TuA1 Electrochemically Driven Self Assembly of Nanographene based Dithiol: Structure and

Lateral Conduction, A. BASHIR, Max Planck Institute for Iron Research, Germany, X. FENG, Max

Planck Institute for Polymer Research, Germany, A. NEFEDOV, Institute of Functional Interfaces,

Karlsruhe Institute of Technology, Germany, M. ROHWERDER, Max Planck Institute for Iron

Research, Germany, K. MÜLLEN, Max Planck Institute for Polymer Research, Germany, C. WÖLL,

Institute of Functional Interfaces, Karlsruhe Institute of Technology, Karlsruhe, Germany 2:40 pm MN-TuA2 Templating Fullerenes by Domain Boundaries of a Nanoporous

Network, DUNCAN DEN BOER, G.D. HAN, T.M. SWAGER, Massachusetts Institute of

Technology, R.A.J. JANSSEN, Technical University Eindhoven, Netherlands

NM1-TuA2 Study of Two-Dimensional Atomic Crystal Structure of Origami-Folding on h-BN Layers., CAMILLA OLIVEIRA, E.F.A. GOMES, T.V.

ALENCAR, M.C. PRADO, R. NASCIMENTO, HELIO CHACHAM, L.M. MALARD, A.M.

PAULA, B.R.A. NEVES, Federal University of Minas Gerais (UFMG)

3:00 pm MN-TuA3 Terpyridine-based Metal-organic Nano-chains: Surface Formation, Structure and Electronic Properties at the Atomic Scale,

AGUSTIN SCHIFFRIN, M. CAPSONI, A. SHAW, S. BURKE, University of British Columbia,

Canada

NM1-TuA3 Effect of Carbon Monoxide Atmosphere on Graphene Oxide Sheets, B. NARAYANAN, Colorado School of Mines, USA, S.L. WEEKS, Colorado School of Mines, USA, B.N. JARIWALA, Colorado School of Mines, USA, B. MACCO, Eindhoven University of Technology, The Netherlands, J.-W. WEBER, Eindhoven University of Technology, The Netherlands, S.J. RATHI, Arizona State University, USA, M.C.M. VAN DE SANDEN, Eindhoven University of Technology, Dutch Institute for Fundamental Energy Research, The Netherlands, P. SUTTER, Brookhaven National Laboratory, USA, S. AGARWAL, C.V. CIOBANU, Colorado School of Mines, USA

3:20 pm

3:40 pm Tuesday Afternoon Break Tuesday Afternoon Break


Molecules on Surfaces II Moderator: Fabian Natterer, NIST, USA

2D Materials VIII: Defects & Doping Moderator: Vivek Shenoy, University of Pennsylvania, USA

4:20 pm MN-TuA7 Invited

Peering into Interfacial Water with Submolecular Resolution, YING JIANG,

Peking University, China

NM1-TuA7 Invited

Defects in Two-Dimensional Transition-Metal Dichalcogenides and Silica, ARKADY KRASHENINNIKOV, Aalto University School of Science, Finland


5:00 pm MN-TuA9 Visualization of Intra and Extra Molecular Bonding Structures with Scanning Tunneling Microscopy, CHEN XU, C. CHIANG, Z. HAN, W. HO,

University of California, Irvine, USA

NM1-TuA9 The Influence of Defects on Interfaces and Interlayer Coupling in Twisted Bilayer Graphene, SCOTT SCHMUCKER, C.D. CRESS, J.C.

CULBERTSON, US Naval Research Laboratory, USA, J.W. BEEMAN, Lawrence Berkeley

National Laboratory, USA, O.D. DUBON, University of California, Berkeley, USA, J.T.

ROBINSON, US Naval Research Laboratory, USA

5:20 pm MN-TuA10 Constructing 2D Nanoarchitectures with Terminal Alkynes: from Supramolecular Patterning Via Covalent Coupling to Novel Hydrocarbon Materials, FLORIAN KLAPPENBERGER, TU München, Germany

NM1-TuA10 Defect-mediated Transport in CVD-Grown Monolayer MoS2,

CORENTIN DURAND, J.D. FOWLKES, Oak Ridge National Laboratory, USA, S. NAJMAEI,

J. LOU, Rice University, USA, A.-P. LI, Oak Ridge National Laboratory, USA

5:40 pm MN-TuA11 2D Lanthanide-Based Molecular Architectures on Surfaces,

JOSEIGNACIO URGEL TENDERO, Technische Universität München, Germany, E. ECIJA

FERNANDEZ, IMDEA, Spain, W. AUWÄRTER, Technische Universität München, Germany,

J.V. BARTH, Technical University Munich, Germany

NM1-TuA11 Nitrogen Doped Graphene: Local Electronic Properties of Dopant Sites Measured by Scanning Tunnelling Microscopy, P. VAN DONG, Laboratoire Matériaux et Phénomènes Quantiques, Université Paris Diderot, Paris, France, F. JOUCKEN, PMR, Université de Namur, Namur, Blegium, Y. TISON, V. REPAIN, C. CHACON, Y. GIRARD, Laboratoire Matériaux et Phénomènes Quantiques, Université Paris Diderot, Paris, France, H. AMARA, F. DUCASTELLE, LEM, ONERA, Chatillon, France, S. ROUSSET, Laboratoire Matériaux et Phénomènes Quantiques, Université Paris Diderot, Paris, France

6:00 pm MN-TuA12 Tuning Nanoporous Networks: Para-Hexaphenyl-Dicarbonitrile on Au(111) and Graphene, JUANCARLOS MORENO-LÓPEZ, S. GOTTARDI, K.

MÜLLER, T.A. PHAM, F. SONG, Zernike Institute for Advanced Materials, University of Groningen, The Netherlands, L. MONJAS, A.K.H. HIRSCH, Stratingh Institute for Chemistry, University of Groningen, The Netherlands, M. STÖHR, Zernike Institute for Advanced Materials, University of Groningen, The Netherlands

NM1-TuA12 Tuning the Optical Properties of Multi-Layer MoS2 by Laser-

Assisted Chemical Doping, EUNPA KIM, K. KIM, S-G. RYU, C.P. GRIGOROPOULOS, University of California, Berkeley, USA

Tuesday Afternoon, July 22, 2014

27


Room: Rocky Mountain A/B - Session NM2-TuA

Self Assembly & Self Organization II Moderator: Dong Qin, Georgia Institute of Technology, USA

Nanosystems, Nanomechanics, and Nano-optics Room: Centennial F - Session NO-TuA

Single Atom & Molecule Manipulation, Molecular Motors II Moderator: Szymon Godlewski, Jagiellonian University, Poland

2:20 pm NM2-TuA1 Atomic Structure and Electronic Properties of Rare Earth Silicide Nanostructures on the Si(111)7×7 Surface, MARTIN FRANZ,

Technische Universität Berlin, Germany, J. GROßE, R. KOHLHAAS, M. DÄHNE, Technische

Universität Berlin

NO-TuA1 Invited

STM Manipulation of Molecular Machines and Molecular Superconductors, SAW-WEI HLA, Ohio University & Argonne National Lab, USA

2:40 pm NM2-TuA2 Polymorphism of a Porphyrin Derivative – Hydrogen Bonding vs. Metal-ligand Interaction, FLORIAN STUDENER, K. MÜLLER, Zernike Institute for

Advanced Materials, University of Groningen, Netherlands, JC. MORENO-LOPÉZ, Zernike Institute for Advanced Materials, University of Groningen, Netherlands, V. BULACH, N. MARETS, M.W. HOSSEINI, Institut Le Bel, Université de Strasbourg, France, M. STÖHR, Zernike Institute for Advanced Materials, University of Groningen, Netherlands


3:00 pm NM2-TuA3 Polymorphs of Copper Porphyrin SAMs: From the Liquid Phase to Electronic Properties, M.J.J. COENEN, BAS HENDRIKSEN, J.A.A.W.

ELEMANS, S. SPELLER, Radboud University Nijmegen, Institute for Molecules and

Materials, The Netherlands, M.J. CROSSLEY, J.R. REIMERS, University of Sydney,

Australia

NO-TuA3 Electrically Driven Azimuthal and Altitudinal Molecular Rotors and Motors using STM, COLIN MURPHY, H. SYKES, Tufts University, USA

3:20 pm NM2-TuA4 Structure-related Electrical Properties of Various Self-assembled Molecular Monolayers Analyzed by STM, L. PATRONE, Institut Matériaux Microélectronique Nanosciences de Provence, IM2NP CNRS UMR 7334, France, G. DELAFOSSE, Institut Matériaux Microélectronique Nanosciences de Provence, IM2NP CNRS UMR 7334, B. JOUSSELME, Laboratory of Innovation in Surface Chemistry and Nanosciences (LICSEN), CEA/DSM/IRAMIS/NIMBE, France, Y.-P. LIN, M. ABEL, M. KOUDIA, J.-M. THEMLIN, Institut Matériaux Microélectronique Nanosciences de Provence, IM2NP CNRS UMR 7334, France



Self Assembly & Self Organization III Moderator: Thomas Truskett, The University of Texas at Austin, USA

Nanofabrication & Nanostructures II Moderator: Karl Berggren, MIT, USA

4:20 pm NM2-TuA7 Invited

Novel Colloidal Nanocrystal Self-Assembly and Patterning Approaches for Optoelectronic Applications, ROMAN KRAHNE, Istituto Italiano di Tecnologia,

Italy, K. MISZTA, F. GREULLET, A. ACCARDO, F. DI STASIO, M. PRATO, S. MARRAS, A.

TOMA, M. ARCINIEGAS, L. MANNA, Istituto Italiano di Tecnologia

NO-TuA7 Silicon@Carbon Nanomaterials Application in Anode for Li-ion batteries, J.J. CAI, ZHENGRONG GU, South Dakota State University, USA

4:40 pm Invited talk continued. NO-TuA8 Adding 3D to Conventional SEM or FIB Surface Imaging Information - In Situ Surface Sensing and Nanoprofilometry for Focused Electron and Ion Beam Induced Processes Verification, ANDRE LINDEN,

Raith America, Inc., USA

5:00 pm NM2-TuA9 From 2D Monolayers to 3D Metal-Organic Constructs: Using Geometry and Polarity to Direct Small Molecule Self-Assembly, J.NATHAN

HOHMAN, H. YAN, N. MELOSH, Stanford University, USA

NO-TuA9 Nanowires and Nanodots Fabricated by using HSQ/PMMA Bilayer Resists for Negative Tone Lift-Off Processes, JINTANG HUANG, D.F.

FAN, Y.E. EKINCI, C.P. PADESTE, Laboratory for Micro- and Nanotechnology, Paul

Scherrer Institut, Switzerland

5:20 pm NM2-TuA10 Controlling Dimensionality in On-Surface Reactions, A. SHCHYRBA, University of Basel, Switzerland, C. WÄCKERLIN, J. NOWAKOWSKI, Paul Scherrer Institute, Villigen, Switzerland, S. NOWAKOWSKA, University of Basel, Switzerland, J. BJÖRK, Linköping University, Sweden, M.-T. NGUYEN, The Abdus Salam International Centre for Theoretical Physics, Trieste, Italy, J. GIROVSKY, Paul Scherrer Institute, Villigen, Switzerland, S. FATAYER, S. MARTENS, T. NIJS, University of Basel, Switzerland, M. STÖHR, University of Groningen, The Netherlands, N. BALLAV, Indian Institute of Science Education and Research, India, D. PASSERONE, Empa, Swiss Federal Laboratories for Materials Science and Technology, Switzerland, L. GADE, University of Heidelberg, Germany, F. DIEDERICH, ETH Zurich, Switzerland, T.A. JUNG, Paul Scherrer Institute, Villigen, Switzerland

5:40 pm NM2-TuA11 Self-Organized Confinement of Plasmonic Nanoclusters and Nanowires, MARINA C. GIORDANO, C. MARTELLA, C. MENNUCCI, D. REPETTO, F.

BUATIER DE MONGEOT, Università di Genova, Italy

6:00 pm NM2-TuA12 Design of Self-Assembled Photonic Crystals for Chemical Sensing, N. PHAN, C. BOURDILLON, P. BENALLOUL, L. COOLEN, A. MAITRE, Z.

GUENNOUNI-ASSIMI, R. FARHA, Université Pierre et Marie Curie, France, M. FAURÉ, M.

GOLDMANN, Université Paris 5, France, N. GRIFFETE, C. MANGENEY, Université Paris 7,

France, CATHERINE SCHWOB, Université Pierre et Marie Curie, France


28

Quantum Computing, Spintronics, and Nanomagnetism Room: Blue Spruce - Session QC-TuA

Nanomagnetism: SPM II Moderator: Barbara Jones, IBM Research - Almaden, USA

Scanning Probe Microscopy and Instrumentation Room: Rocky Mountain C/D - Session SP-TuA

Novel SPM Techniques I Moderator: Stephen Jesse, Oak Ridge National Laboratory, Center for Nanophase Materials Sciences, USA

2:20 pm QC-TuA1 Composite Kondo System Created by Atom Manipulation, D.-J. CHOI, Max Planck Institute for the Structure and Dynamics of Matter, Germany, Max Planck Institute for Solid State Research, Germany, M. TERNES, Max Planck Institute for Solid State Research, Germany, N. LORENTE, Centre d’Investigació en Nanociència I Nanotecnologia (CSIC-ICN), Campus de la UAB, E-08193 Bellaterra, Spain, S. YAN, J. BURGESS, S. ROLF-PISSARCZYK, S. LOTH, Max Planck Institute for the Structure and Dynamics of Matter, Germany

SP-TuA1 Invited

High Accuracy Atomic Force Microscope with Self-Optimizing Scan Control, SANG-IL PARK, Park Systems Corp., Republic of Korea

2:40 pm QC-TuA2 Exceptionally Long Lifetimes of the Magnetic States in Holmium Atoms, T. MIYAMACHI, University of Tokyo, Japan, T. BALASHOV, T. MÄRKL, C. BRESCH, A. STÖHR, C. KARLEWSKI, S. ANDRÉ, M. MARTHALER, Karlsruhe Institute of Technology, Germany, M. HOFFMANN, M. GEILHUFE, S. OSTANIN, Max-Planck-Institut für Mikrostrukturphysik, Germany, W. HERGERT, I. MERTIG, Martin-Luther-Universität Halle-Wittenberg, G. SCHÖN, Karlsruhe Institute of Technology, Germany, A. ERNST, Max-Planck-Institut für Mikrostrukturphysik, Germany, W. WULFHEKEL, Karlsruhe Institute of Technology, Germany


3:00 pm QC-TuA3 Unlocking and Controlling Domain Wall Chirality: MBE Plus Spin Polarized Microscopy., GONG CHEN, A. SCHMID, Berkeley Lab, USA

SP-TuA3 Contact Resonance AFM in Air and Liquid using blueDriveTM Photothermal Actuation, MARTA KOCUN, A. LABUDA, A. GANNEPALLI, R.

PROKSCH, Asylum Research, an Oxford Instruments Company, USA

3:20 pm QC-TuA4 Fingerprinting of Fe4 Molecular Magnets by Spin Excitation Spectroscopy, J. BURGESS, Max Planck Institute for the Structure and Dynamics of Matter, Germany, L. MALAVOLTI, V. LANZILOTTO, M. MANNINI, University of Florence & INSTM, Italy, S. YAN, D.-J. CHOI, S. ROLF-PISSARCZYK, Max Planck Institute for the Structure and Dynamics of Matter, Germany, A. CORNIA, University of Modena and Reggio Emilia & INSTM, R. SESSOLI, University of Florence & INSTM, Italy, S. LOTH, Max Planck Institute for the Structure and Dynamics of Matter, Germany

SP-TuA4 NanoSPV - SPM Technique for Measuring Minority Charge Carrier Diffusion Lengths with High Spatial Resolution, FLORIAN STUMPF,

Fraunhofer IISB, Germany, M. ROMMEL, Fraunhofer IISB, F. HITZEL, A. STADELMANN,

DME Nanotechnologie GmbH



Nanomagnetism: SPM III Moderator: Roland Wiesendanger, University of Hamburg, Germany

High-Frequency & Ultrafast SPM Moderator: Susanne Baumann, IBM Research - Almaden, USA

4:20 pm QC-TuA7 Invited Spin-Polarization at the Molecule/Ferromagnet Interfaces, V. REPAIN, K. BAIRAGI, Laboratoire Matériaux et Phénomènes Quantiques, Université Paris Diderot, France, L. KAWAHARA, J. LAGOUTE, C. CHACON, Y. GIRARD, A. BELLEC, Laboratoire Matériaux et Phénomènes Quantiques, Université Paris Diderot, France, S. ROUSSET, Laboratoire Matériaux et Phénomènes Quantiques, Université Paris Diderot, Paris, France, A. SMOGUNOV, C. BARRETEAU, SPCSI, CEA,Saclay, France

SP-TuA7 Invited Capturing Atomic-Scale Dynamics by Electronic Pump-Probe Spectroscopy, S. LOTH, Max Planck Institute for the Structure and Dynamics of Matter, Germany, C. GROSSE, M. ETZKORN, Max Planck Institute for Solid State Research, Germany, K. KUHNKE, Max Planck Institute for Solid State Research, Germany, K. KERN, Max-Planck-Institut für Festkörperforschung, Germany, Ecole Polytechnique Fédérale de Lausanne, Switzerland, Germany, J. BURGESS, D.-J. CHOI, S. ROLF-PISSARCZYK, S. YAN, Max Planck Institute for the Structure and Dynamics of Matter, Germany


5:00 pm QC-TuA9 Atomic-scale Magnetism of Fe and Co on a Complex Surface,

BARBARA JONES, IBM Research - Almaden SP-TuA9 High Speed AFM Imaging in Air Through Unconventional Cantilever Materials, GEORG FANTNER, J.D. ADAMS, B.W. ERICKSON, EPFL

Lausanne, Switzerland

5:20 pm QC-TuA10 Writing and Deleting Single Magnetic Skyrmions, CHRISTIAN

HANNEKEN, N. ROMMING, M. MENZEL, K. VON BERGMANN, A. KUBETZKA, R.

WIESENDANGER, University of Hamburg, Germany

SP-TuA10 Scanning Frequency Comb Microscopy (SFCM): A New Method Showing Promise for High-resolution Characterization of Semiconductors and Other Materials, MARK HAGMANN, S. PANDEY, A.

NAHATA, University of Utah, USA

5:40 pm QC-TuA11 Control of Spin Dynamics Inside a Single Magnetic Nanostructure, SHICHAO YAN, D.-J. CHOI, J. BURGESS, S. ROLF-PISSARCZYK, Max

Planck Institute for the Structure and Dynamics of Matter, Germany, S. LOTH, Max Planck

Institute for the Structure and Dynamics of Matter,Germany

SP-TuA11 Metal-coated Gallium Nitride Nanowire Probes for Scanning Microwave Microscopy, MITCH WALLIS, National Institute of Standards and

Technology, USA, J.C. WEBER, University of Colorado, Boulder, USA, P.T. BLANCHARD,

P. KABOS, K.A. BERTNESS, N.A. SANFORD, National Institute of Standards and

Technology, USA, V.M. BRIGHT, University of Colorado, Boulder, USA

6:00 pm QC-TuA12 Nanoscale Magnetic Resonance Imaging with a Nitrogen-Vacancy Spin Sensor in Diamond, MOONHEE KIM, H.J. MAMIN, M.H.

SHERWOOD, C.T. RETTNER, IBM Research - Almaden, USA, K. OHNO, UC Santa

Barbara, USA, D.D. AWSCHALOM, University of Chicago, USA, D. RUGAR, IBM Research -

Almaden, USA

SP-TuA12 Purely Electronic Third Order Nonlinear Response of Concave Cube Gold Nanoparticles, HÉCTOR SÁNCHEZ, R. RANGEL, Centro de Investigación

Científica y de Educación Superior de Ensenada, Mexico, H. ROMO, B. OVIEDO, Centro de

Nanociencias y Nanotecnología, Mexico


29


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Lunch

when _________________________________________________________________________________________________________________________________________________

with _________________________________________________________________________________________________________________________________________________

where _________________________________________________________________________________________________________________________________________________

Anticipated Schedule Tuesday Afternoon, July 22, 2014

TIME SESSION ROOM

1:00 pm _________________________________________________________________________________________________________________________________________________

1:20 pm _________________________________________________________________________________________________________________________________________________

1:40 pm _________________________________________________________________________________________________________________________________________________

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30

WEDNESDAY SESSIONS

31


“From Benzene to Carbon Nanomaterials – Precision in Synthesis, Structure, and Function” Prof. Klaus Müllen, Max Planck Institute for Polymer Research, Germany


9:00 am

9:25 am BREAK


Room: Centennial E - Session MN-WeM

Nanoscale Measurements of Novel Materials Room: Centennial ABCD - Session NM1-WeM

Molecules on Surfaces IV Moderator: Latha Venkataraman, Columbia University, USA

2D Materials IX: Growth & Heterostructures Moderator: Klaus Müllen, Max Planck Institute for Polymer Research, Germany,

9:40 am MN-WeM6 Invited Surface-Assisted Dehydrogenative Homo-coupling of Porphine Molecules, W. AUWÄRTER, A. WIENGARTEN, K. SEUFERT, D. ÉCIJA, K. DILLER, F. ALLEGRETTI, F. BISCHOFF, S. FISCHER, D.A. DUNCAN, A.C. PAPAGEORGIOU, Technical University Munich, Germany, R.G. ACRES, Elettra Sincrotrone Trieste, Italy, J.V. BARTH, Technical University Munich, Germany

NM1-WeM6 Invited

Multiscale Simulations of CVD Growth of 2D Materials, VIVEK SHENOY,

University of Pennsylvania, USA


10:20 am MN-WeM8 Visualization of the Intermolecular Hybridization from Hydrogen Rotation, SHAOWEI LI, A.X. YU, G. CZAP, W. HO, University of California, Irvine, USA

NM1-WeM8 Tunable MoS2 Bandgap in MoS2-Graphene Heterostructures,

ABBAS EBNONNASIR, Colorado School of Mines; University of California Los Angeles,

USA, B. NARAYANAN, Colorado School of Mines, USA, S. KODAMBAKA, University of

California, Los Angeles, USA, C.V. CIOBANU, Colorado School of Mines, USA

10:40 am MN-WeM9 Detecting the Dipole Moment of a Molecule with Atomic Force Microscopy, ALEXANDER SCHWARZ, A. KÖHLER, J. GRENZ, R. WIESENDANGER,

Institute of Applied Physics, University of Hamburg, Germany

NM1-WeM9 Dynamic Negative Compressibility of Few-Layer Graphene, h-BN, MoS2, and Talc, HELIO CHACHAM, A.P.M. BARBOZA, A.B. ALENCAR, B.R.A.

NEVES, Federal University of Minas Gerais (UFMG), Brazil

11:00 am Wednesday Morning Break Wednesday Morning Break


Molecules on Surfaces V Moderator: Wilhelm Auwärter, Technical University Munich, Germany

2D Materials X: New Materials Beyond Graphene Moderator: Andreas Kis, Ecole Polytechnique Federale Lausanne, Switzerland

11:40 am MN-WeM12 PTCDA Film Growth on Sn/Si(111)-2√3×2√3 Studied by STM/STS, HANMIN ZHANG, L.S.O. JOHANSSON, Karlstad University, Sweden

NM1-WeM12 Invited

Construction of 2D Atomic Crystals on Transition Metal Surfaces: Graphene, Silicene, and Hafnene, HONG-JUN GAO, Institute of Physics, Chinese

Academy of Sciences, China

12:00 pm MN-WeM13 Molecularly Resolved Energy Level Alignment within PTCDA Clusters, KATHERINE COCHRANE, A.E. SCHIFFRIN, T. ROUSSY, S. BURKE, University

of British Columbia, Canada


12:20 pm MN-WeM14 Exploring the Chemistry of Acetophenone on Si(100) using STM Manipulation and DFT, K. RAHNEJAT, London Centre for Nanotechnology, UCL, UK, O. WARSCHKOW, Centre for Quantum Computer Technology, School of Physics, The University of Sydney, D.R. BELCHER, School of Mathematical and Physical Sciences, The University of Newcastle, N. WATERFIELD PRICE, MAA. BRYANT-MEISNER, London Centre for Nanotechnology, UCL, MW. RADNY, PV. SMITH, School of Mathematical and Physical Sciences, The University of Newcastle, S.R. SCHOFIELD, London Centre for Nanotechnology, UCL, UK

NM1-WeM14 Evidence of Scalable Silicene Growth on Ag(111)/Mica Substrates, JOSHUA WOOD, E. CHO, X. LIU, M.C. HERSAM, Northwestern University,

USA

12:40 pm MN-WeM15 Study of Interfacial Effects in the Formation of Molecular Packing and Tilting Domains of a Tetracene Film on H/Si(001) via TSM, FFM, and LEEM, A. TERSIGNI, University of Guelph, Canada, J.T. SADOWSKI,

Brookhaven National Laboratory, USA, XIAORONG QIN, University of Guelph, Canada

Wednesday Morning, July 23, 2014

32

8:30 am

PLENARY LECTURE: “From Benzene to Carbon Nanomaterials – Precision in Synthesis, Structure, and Function”

Prof. Klaus Müllen, Max Planck Institute for Polymer Research, Germany ROOM: Centennial ABCD

9:00 am

9:25 am BREAK


Room: Rocky Mountain A/B - Session NM2-WeM

Nanosystems, Nanomechanics, and Nano-optics

Room: Centennial F - Session NO-WeM

Clusters & Nanoparticles II Moderator: Valeria Molinero, University of Utah, USA

Nanosystems for Energy I Moderator: Matthew Sfeir, Brookhaven National Laboratory, USA

9:40 am NM2-WeM6 Invited

Fabrication and Physical Properties of Self-Organized Silver Nanocrystals, ALEXA COURTY, Université Paris 6, France

NO-WeM6 Invited

The Rise of Perovskite Solar Cells, TZE-CHIEN SUM, Nanyang Technological

University, Singapore


10:20 am NM2-WeM8 Modeling the Solution Growth of Nanoparticles with Controlled Shapes and Sizes, BRANDEN KAPPES, Colorado School of Mines, USA, G.J. LEONG,

National Renewable Energy Laboratory, USA, G.H. GILMER, R.M. RICHARDS, C.V.

CIOBANU, Colorado School of Mines, USA

NO-WeM8 Fluorescence Intensity Cure of Ba2ZnS3:Mn Red Phosphor Nanoparticles toward the Silicon Solar Cell Application, MIYOKO FURUI, Y.

UMEJIMA, M. KOBAYASHI, Waseda University, Japan

10:40 am NM2-WeM9 Directed Assembly of Colloidal Systems as Meta-molecule Building Blocks, REGINA RAGAN, University of California, Irvine, USA

NO-WeM9 The Pure and Mixed Halide Organic-Inorganic Perovskite Solar Material, SWEESIEN LIM, Nanyang Technological University, Singapore, G.C. XING, N.

YANTARA, N. MATHEWS, Nanyang Technological University, T.C. SUM, Nanyang

Technological University, Singapore



Clusters & Nanoparticles III Moderator: Regina Ragan, University of California, Irvine, USA

Nanosystems for Energy II Moderator: Tze-Chien Sum, Nanyang Technological University

11:40 am NM2-WeM12 In situ Microscopy Studies of Thermal Stability of Liquid Gallium, CHILAN NGO, S. KODAMBAKA, University of California, Los Angeles, USA

NO-WeM12 Invited

In-situ Transient Optical Studies of Nanostructured Photocatalytic Materials: What Do Ultrafast Probes Tell Us About Slow Reactions?, K.

APPAVOO, M. LIU, MATTHEW SFEIR, Brookhaven National Laboratory, USA

12:00 pm NM2-WeM13 High Temperature Real Time Observation of AuNPs by SEM on Different Substrates, P. BÁBOR, CEITEC BUT, Brno University of Technology, Czech Republic, R. DUDA, Brno University of Technology, Czech Republic, J. POLČÁK, S. PRŮŠA, CEITEC BUT - Brno University of Technology, Czech Republic, M. POTOČEK, Brno University of Technology, Czech Republic, J. ČECHAL, P.V. VARGA, T. ŠIKOLA, CEITEC BUT - Brno University of Technology, Czech Republic


12:20 pm NM2-WeM14 Coating of Nanoparticles in the Gas Phase Using Atomic Layer Deposition, RUUD VAN OMMEN, A. GOULAS, Delft University of Technology,

Netherlands

12:40 pm NM2-WeM15 Control the Integration of Single Janus-type Gold Nanoparticles and e-Beam Lithographically Defined Nanogaps, SILVIA

KARTHÄUSER, N. BABAJANI, R. WASER, Forschungszentrum Jülich, Germany, C.

KAULEN, M. HOMBERGER, U. SIMON, RWTH-Aachen University, Germany

NO-WeM15 Graphene Based Supercapacitor with Carbon Nanotube Films as Highly Efficient Electrodes, M. NOTARIANNI, Queensland University of Technology, Australia, J. LIU, ueensland University of Technology, Australia, F. MIRRI, Y. LUO, M. PASQUALI, Rice University, USA, N. MOTTA, Queensland University of Technology, Australia


33

8:40 am

PLENARY LECTURE: “From Benzene to Carbon Nanomaterials – Precision in Synthesis, Structure, and Function”

Prof. Klaus Müllen, Max Planck Institute for Polymer Research, Germany ROOM: Centennial ABCD

9:00 am

9:20 am BREAK

Scanning Probe Microscopy and Instrumentation Room: Rocky Mountain C/D - Session SP-WeM

Spin-Sensitive & Spectroscopic SPM Moderator: Zhenchao Dong, University of Science and Technology of China

9:40 am SP-WeM6 Ultrafast Electron Spin Dynamics in GaAs Probed by Optical Pump-Probe STM, SHOJI YOSHIDA, University of Tsukuba, Japan, O. TAKEUCHI,

Unviersity of Tsukuba, Japan, H. SHIGEKAWA, University of Tsukuba, Japan, Z. WANG, Y.

AIZAWA, H. OKUYAMA, Univerisity of Tsukuba

10:00 am SP-WeM7 Ground State Structure of Low Dimensional d- and f- Spin Systems: A Study of Low Temperature Scanning Tunneling Microscopy,

MINJUN LEE, J.H. KWON, M. OH, S. CHO, S.O. YI, Y. KUK, Seoul National University,

Korea

10:20 am SP-WeM8 Tunable Control Over Individual Dopants in Semiconductors via STM Positioning of Charged Defects, JAY GUPTA, Ohio State University, USA

10:40 am SP-WeM9 Cold Tip SPM: A New Generation of Variable Temperature SPM for Spectroscopy, BERND UDER, Omicron NanoScience, Germany

11:00 am Wednesday Morning Break

11:20 am Wednesday Morning Break

STM Induced Light Emission Moderator: Bernd Uder, Omicron NanoScience, Germany

11:40 am SP-WeM12 Invited

Single-Molecule Raman Spectromicroscopy goes Sub-Nanometer, ZHENCHAO DONG, University of Science and Technology of China


12:20 pm SP-WeM14 STM Induced Light Emission from Heterogeneous Metallic and Molecular Surfaces, MAREN COTTIN, E. ÖZEN, R. MÖLLER, C.A. BOBISCH,

University of Duisburg-Essen, Germany

12:40 pm SP-WeM15 Vibronic Motion with Joint Angstrom-Femtosecond Resolution Observed through Fano Progressions Recorded within One Molecule,

JOONHEE LEE, S. PERDUE, A. RODRIGUEZ PEREZ, N. TALLARIDA, L. RIOS, V.A.

APKARIAN, University of California, Irvine, USA


34


Room: Centennial E - Session MN-WeA

Nanowires I Moderator: Frances Ross, IBM TJ Watson Research Center, USA

Nanoscale Measurements of Novel Materials Room: Centennial ABCD - Session NM1-WeA 2D Materials XI: Silicene Moderator: Hong-Jun Gao, Chinese Academy of Sciences, China

2:20 pm MN-WeA1 Low Melting Point of Silver Nanowires: Effect of Surface-Bound Polyvinylpyrrolidone, AKIHIRO TOMIOKA, K. OZASA, M. HIRAYAMA, H.

TSUKAMOTO, A. MASUDA, S. MAEDA, M. KAWABATA, Osaka Electro-Communication

University, Japan

NM1-WeA1 Atomic-scale Characterization of Multilayer Silicene, ANDREW

MANNIX, B. KIRALY, M.C. HERSAM, Northwestern University, USA, N.P. GUISINGER,

Argonne National Laboratory, USA

2:40 pm MN-WeA2 One-Dimensional Plasmons in Silver Atomic Wires on Si(557),

HERBERT PFNÜR, ULRICH KRIEG, T. LICHTENSTEIN, C. TEGENKAMP, Institut für

Festkörperphysik, Leibniz Universität Hannover, Germany

NM1-WeA2 Exposure of Silicene to Atomic Hydrogen, A.J. MANNIX, B. KIRALY,

M.C. HERSAM, Northwestern University, USA, NATHAN GUISINGER, Argonne National

Laboratory, USA

3:00 pm MN-WeA3 Transparent P-Type Oxide Semiconductor Nanowire Devices and Sensors, HUSAM ALSHAREEF, J.A. CARAVEO-FRESCAS, P.K. NAYAK, King

Abdullah University of Science & Technology, Saudi Arabia

NM1-WeA3 Two Dimensional Silicon for Future Electronics: From Epitaxial Silicene on Ag to Silicon Nanosheet on (Di)chalchogenide Templates,

CARLO GRAZIANETTI, D. CHIAPPE, E. CINQUANTA, Laboratorio MDM, IMM-CNR, Italy,

M. FANCIULLI, Laboratorio MDM, IMM-CNR and Università degli studi di Milano Bicocca,

Italy, A. MOLLE, Laboratorio MDM, IMM-CNR, Italy

3:20 pm MN-WeA4 Real Time Observations of Nanowire Growth in Scanning Electron Microscope, MIROSLAV KOLIBAL, CEITEC, Brno University of Technology,

Czech Republic, L. NOVAK, T. VYSTAVEL, FEI Company, Czech Republic, T.S. SIKOLA,

CEITEC, Brno University of Technology, Czech Republic

NM1-WeA4 Graphene Silicene Heterostructures, BRIAN KIRALY, A.J. MANNIX,

M.C. HERSAM, Northwestern University, USA, N.P. GUISINGER, Argonne National

Laboratory, USA

3:40 pm Wednesday Afternoon Break Wednesday Afternoon Break


Nanowires II Moderator: Ernesto Joselevich, Weizmann Institute of Science, Israel,

2D Materials XII: Transition Metal Dichalcogenides Moderator: Nathan Guisinger, Argonne National Laboratory, USA

4:20 pm MN-WeA7 Invited

Growth and Catalyst Reactions in III-V Nanowires, FRANCES ROSS, IBM T. J.

Watson Research Center, USA

NM1-WeA7 Invited

Single-Layer MoS2 – 2D Devices, Circuits and Heterostructures,

ANDREAS KIS, Ecole Polytechnique Federale Lausanne, Switzerland


5:00 pm MN-WeA9 Single-Nanowire GaN LEDs Grown by Molecular Beam Epitaxy, KRIS BERTNESS, M.D. BRUBAKER, P.T. BLANCHARD, S.M. DUFF, T.E.

HARVEY, A. ROSHKO, N.A. SANFORD, National Institute of Standards and Technology,

USA

5:20 pm MN-WeA10 Electronic and Structural Investigation of GaAs and InAs Nanowire Surfaces, J. KNUTSSON,

Lund University, Nanometer Structure Consortium (nmC@LU), Sweden, M. HJORT, Lund University,

Nanometer Structure Consortium (nmC@LU),Sweden, S. LEHMANN, Lund University,Nanometer Structure

Consortium (nmC@LU),Sweden, R. TIMM, Lund University,Nanometer Structure Consortium (nmC@LU),

Sweden, L. SAMUELSSON, Lund University, Nanometer Structure Consortium (nmC@LU),Sweden, K.A.

DICK, Lund University, Nanometer Structure Consortium (nmC@LU), Sweden, A. MIKKELSEN, Lund

University, Nanometer Structure Consortium (nmC@LU), Sweden

NM1-WeA10 Direct Imaging of the Band Profile in Single Layer Transition Metal Dichalcogenides on Graphite: Quasiparticle Energy Gap, Exciton Binding Energy, Metallic Edge States and Edge Band Bending, C.D. ZHANG, University of Texas at Austin, USA, A. JOHNSON, University of Texas at Austin, USA, C. HSU, L. LI, Institute of Atomic and Molecular Sciences, Academia Sinica, Taipei, Taiwan, C.K. SHIH, University of Texas at Austin, USA

5:40 pm MN-WeA11 Integrating III-V Materials into Silicon Nanowires by Ion Implantation and Flash Lamp Annealing, M. GLASER, Institute of Solid State Electronics, Vienna University of Technology, Austria, S. PRUCNAL, Institute of Ion Beam Physics and Materials Research, Helmholtz-Zentrum Dresden-Rossendorf, 01314 Dresden, Germany., A. JOHANNES, C. RONNING, Institute for Solid State Physics, Friedrich-Schiller-University Jena, Germany, S. CONESA-BOJ, Laboratoire des Matériaux Semiconducteurs, Ecole Polytechnique Fédérale de Lausanne, Switzerland, A. LUGSTEIN, E. BERTAGNOLLI, Institute of Solid State Electronics, Vienna University of Technology, Austria

NM1-WeA11 Invited Observation of Giant Band Gap Renormalization and Excitonic Effects in a Monolayer Transition Metal Dichalcogenide Semiconductor, U. UGEDA, B. BRADLEY, D. DA JORNADA, S. SHI, University of California, Berkeley, USA, Z. ZHANG, Lawrence Berkeley National Laboratory, USA, Q. QIU, University of California, Berkeley, USA, H. HUSSAIN, Lawrence Berkeley National Laboratory, USA, S. SHEN, Stanford University, USA, W. WANG, L. LOUIE, C. CROMMIE, University of California, Berkeley, USA Invited talk continued.

6:00 pm

Wednesday Afternoon, July 23, 2014

35

Nanoscale Measurements of Novel Materials Room: Rocky Mountain A/B - Session NM2-WeA

Fullerenes & Carbon Nanotubes Moderator: Miguel M. Ugeda, University of California, Berkeley, USA


Room: Centennial F - Session NO-WeA

Near Field Optics, Plasmons, Nano Optics I Moderator: Andrea Armani, University of Southern California, USA

2:20 pm NM2-WeA1 Transition from Semiconducting to Metallic State in Fullerene Photo-Polymer by Optical Vortex Irradiation, NOBUYUKI AOKI, D. MOMIYAMA,

W. AKIYAMA, N. NAKAMURA, K. MIYAMOTO, Chiba University, Japan, T. OMATSU, Chiba

University, JST-CREST, Japan, J. BIRD, University at Buffalo, SUNY, USA, Y. OCHIAI,

Chiba University, Japan

NO-WeA1 Photothermal Induced Resonance: A New Method to Characterize Plasmonic Materials and the Surrounding Dielectric in the Near-Field, ANDREA CENTRONE, National Institute of Standard and Technology, USA

2:40 pm NM2-WeA2 Multiwall Carbon Nanotube Reinforced Polymer Composites: A Comparative Study, SMRUTISIKHA BAL, National Institute of Technology Rourkela,

India

NO-WeA2 Deterministical Coupling of Nanocrystal to Plasmonic Patch Antenna: Purcell Effect and Directionality, C. BELACEL, A.R. DHAWAN, Institut des nanosciences de Paris, UPMC, F. BIGOURDAN, B. HABERT, Institut d'optique, X. LAFOSSE, Laboratoire de photonique et de nanostructures, CNRS, F. MARQUIER, Laboratoire Charles Fabry, Institut d'optique, L. COOLEN, Institut des nanosciences de Paris, UPMC, B. DUBERTRET, Laboratoire photon et matière, ESPCI, J.J. GREFFET, Laboratoire Charles Fabry, Institut d'optique, P. SENELLART, Laboratoire de photonique et de nanostructures, CNRS, A. MAÎTRE, Institut des nanosciences de Paris, UPMC

3:00 pm NM2-WeA3 Synthesis of Carbon Nanostructures: Science and Applications to Energy Devices, GILBERT D. NESSIM, Bar Ilan University, Israel

NO-WeA3 Atomic Resolution Imaging of Optical Near Field using Force Detection, YASUHIRO SUGAWARA, Osaka Univeversity, Japan, S. YAMADA, Osaka

Univeity, Japan, M. FURUKAWA, T. TOKUYAMA, J. YAMANISHI, Y.N. NAITOH, Y.J. LI,

Osaka University, Japan

3:20 pm NM2-WeA4 Electronic Properties of Doped and Functionalized Carbon Nanotubes Measured by Scanning Tunneling Microscopy, P. VAN DONG, J. LAGOUTE, Laboratoire Matériaux et Phénomènes Quantiques, Université Paris Diderot, Paris, France, Y. TISON, Université Paris Diderot, France, H. LIN, Université Paris Diderot, France, V. REPAIN, Y. GIRARD, C. CHACON, Université Paris Diderot, France, T. SUSI, E. KAUPPINEN, Aalto University, Finland, A. LOISEAU, LEM, ONERA, Chatillon, France, S. ROUSSET, Université Paris Diderot, France

NO-WeA4 Effect of Y3Al5O12 Nanoparticles on Efficiency of High Power Fibre Laser with NLSE Method, ELMIRA PIRSHAYAN, S. NEMATI POHRABAD,

Azad University of Scince and Research, Tabriz Branch, Iran (Islamic Republic of)



Clusters & Nanoparticles IV Moderator: Alexa Courty, Sorbonne Universités, France

Near Field Optics, Plasmons, Nano Optics II Moderator: Jeffrey Shield, University of Nebraska Lincoln, USA

4:20 pm NM2-WeA7 Platinum and Platinum Derivate Nanoalloys, Effect of the Synthetic Route on the Nanostructures, CHRISTOPHE PETIT, MONARIS,

UPMC-Paris 6, France

NO-WeA7 Invited

Normal Incidence Two Photon Electron Microscopy: An improved ‘Slow Motion Camera’ for Surface Plasmon Polaritons, FRANK MEYER ZU

HERINGDORF, Universitat Duisburg-Essen, Germany

4:40 pm NM2-WeA8 Growth and Magnetism in Self-Organized CoxPt1−x Epitaxial Clusters on Au(111), S. ROUSSET, Laboratoire Matériaux et Phénomènes Quantiques, Université Paris Diderot, France, N. MOREAU, Laboratoire Matériaux et Phénomènes Quantiques, Université Paris Diderot, France, V. REPAIN, Y. GIRARD, C. CHACON, J. LAGOUTE, Laboratoire Matériaux et Phénomènes Quantiques, Université Paris Diderot, France, H. BULOU, C. GOYHENEX, F. SCHEURER, Institut de Physique et de Chimie des Matériaux de Strasbourg, IPCMS, France, PH. OHRESSER, Synchrotron SOLEIL, Saint-Aubin, France


5:00 pm NM2-WeA9 Precision Synthesis of Nanoparticles using a Pulsed High Density Plasma Method, ULF HELMERSSON, I. PILCH, D. SÖDERSTRÖM, R.

GUNNARSSON, Linköping University, Sweden, N. BRENNING, Royal Institute of

Technology, Sweden

NO-WeA9 Wafer-Scale Aluminum Nano-Plasmonics, MATTHEW GEORGE, R.

PETROVA, J. FRASIER, E. GARDNER, Moxtek

5:20 pm NM2-WeA10 CO Oxidation Catalyzed by AuCu NanoParticles Epitaxied on TiO2(110): Synthesis, Structure and Behavior at Low Pressure of Reactant, A. WILSON, SOLEIL-Synchrotron, France, Y. GARREAU, SOLEIL-Synchrotron, G. PREVOT, Institut des nanosciences de Paris, UPMC, A. COATI, SOLEIL-Synchrotron, R. BERNARD, Institut des nanosciences de Paris, UPMC, A. VLAD, SOLEIL-Synchrotron, B. CROSET, Y. BORENSZTEIN, Institut des nanosciences de Paris, UPMC

NO-WeA10 A Single-Molecule Plasmon-Emitting Transistor, CHRISTOPH

GROSSE, A. KABAKCHIEV, T. LUTZ, Max Planck Institute for Solid State Research, Germany, R. FROIDEVAUX, Max Planck Institute for Solid State Research, Ecole Polytechnique Fédérale de Lausanne, Switzerland, M. ETZKORN, U. SCHLICKUM, K. KUHNKE, Max Planck Institute for Solid State Research, Germany, K. KERN, Max Planck Institute for Solid State Research, Ecole Polytechnique Fédérale de Lausanne, Switzerland

5:40 pm NM2-WeA11 Contribution of Internal and Surface Traps to Blinking Statistics of Single Quantum Dots: A Scanning Tunneling Microscopy Study, S.J. LIM, Seoul National University, Korea, Republic of Korea, J. NEUKIRCH, University of Rochester, USA, S. KIM, M.J. LEE, J.H. KWON, Seoul National University, Korea, J.A. STROSCIO, Center for Nanoscale Science and Technology/NIST, USA, O.V. PREZHDO, University of Rochester, USA, Y. KUK, Seoul National University, Korea

NO-WeA11 Plasmon Excitation and Induced Emission with a Plasmonic Self-Organized Crystal, H. FREDERICH, C. LETHIEC, Université Pierre et Marie

Curie, France, J. LAVERDANT, Université de Lyon 1, C. SCHWOB, Université Pierre et

Marie Curie, France, T. POPESCU, L. DOUILLARD, Cea, Iramis, LAURENT COOLEN, A.

MAÎTRE, Université Pierre et Marie Curie, France

6:00 pm NM2-WeA12 Preparation and Analysis of Zinc Phthalocyanine/Silver Nanocomposite Structure, JIRI BULIR, M. NOVOTNY, E. MARESOVA, J. LANCOK,

L. FEKETE, Institute of Physics, Academy of Sciences of the Czech Republic, P. FITL, M.

VRNATA, Institute of Chemical Technology, Czech Republic, M. SKEREN, Czech Technical

University in Prague, Czech Republic

NO-WeA12 Spatially Resolved Electron Energy Loss Spectroscopy of Plasmonic Nanoparticles, VLASTIMIL KŘÁPEK, L. BŘÍNEK, CEITEC, Brno

University of Technology, Czech Republic, AL. KOH, Stanford University, USA, M. HRTOŇ,

O.T. TOMANEC, T. ŠIKOLA, CEITEC, Brno University of Technology, Czech Republic


36


Room: Rocky Mountain C/D - Session SP-WeA

Novel SPM Techniques II Moderator: Craig Prater, Anasys Instruments, USA

2:20 pm SP-WeA1 Invited

Big Data in Nanoscience: Exploring Dynamic Phenomena in Solids by Multidimensional Scanning Probe Microscopy, STEPHEN JESSE, E.

STRELCOV, A. BELIANINOV, Oak Ridge National Laboratory, Center for Nanophase Materials Research, USA, S. KALININ, Oak Ridge National Laboratory, Center for Nanophase Materials Sciences, USA


3:00 pm SP-WeA3 A Novel Method for Simultaneous Measurement of Topography and Dipole-Induced Local Surface Potential Based on Noncontact Scanning Nonlinear Dielectric Microscopy, K. YAMASUE, YASUO CHO, Tohoku

University, Japan

3:20 pm SP-WeA4 Extension of Loss-Tangent Mode to Characterization of Materials’ Stiffness and Damping, X. YU, M. TAO, NANCY BURNHAM, Worcester


3:40 pm Wednesday Afternoon Break

4:00 pm Wednesday Afternoon Break

Novel SPM Techniques III Moderator: Joseph Stroscio, Center for Nanoscale Science and Technology/NIST, USA

4:20 pm SP-WeA7 Markerless Pattern Overlay using Thermal Scanning Probe Lithography, COLIN RAWLINGS, H. WOLF, P. MENSCH, IBM Research - Zurich,

Switzerland, J. HEDRICK, D. COADY, IBM Research - Almaden, U. DUERIG, A. KNOLL,

IBM Research - Zurich, Switzerland

4:40 pm SP-WeA8 Visualizing the Subsurface of Soft Matter: Simultaneous Topographical Imaging, Depth Modulation, and Compositional Mapping with Triple Frequency Atomic Force Microscopy, D. EBELING, University of

Maryland College Park, Germany, BABAK ESLAMI, S. SOLARES, University of Maryland

College Park

5:00 pm SP-WeA9 Local Impedance Characterization of Pentacene Thin Films by Frequency-Modulation Scanning Impedance Microscopy, TOMOHARU

KIMURA, K.K. KOBAYASHI, H. YAMADA, Kyoto University, Japan

5:20 pm SP-WeA10 Observation of Local Breakdown in Oxidized Cobalt Thin Films by Ballistic Electron Emission Microscopy, KUANENGJOHNSON GOH, Institute

of Materials Research and Engineering (IMRE), Agency for Science, Technology and

Research (ASTAR), 3 Research Link, Singapore 117602, Singapore

5:40 pm SP-WeA.11 PiezoForce and Contact Resonance Microscopy Correlated with Raman

Spectroscopy of Non-linear Optical Materials and Lithium Batteries, J. ERNSTOFF, Nanonics

Imaging Ltd., Israel, R. DEKHTER, G. ZELTZER, O. ZINOVIEV, Nanonics Imaging Ltd, M.

ROTH, Hebrew University of Jerusalem, B. ROLING, Philipps-Universitaet Marburg, A.

LEWIS, Hebrew University of Jerusalem, SCOTT BARTON, Nanonics Imaging Ltd

6:00 pm SP-WeA.12 A Comparative Tip Enhanced Raman Spectroscopy Study with the Ability to Switch Online between AFM and STM Feedback Using the Same Probe, J. ERNSTOFF, Nanonics Imaging Ltd, Israel, A. LEWIS, Hebrew

University of Jerusalem, Y. BAR-DAVID, R. DEKHTER, H. TAHA, Nanonics Imaging Ltd,

SCOTT BARTON, Nanonics Imaging Ltd.


37


TIME SESSION ROOM

8:00 am _________________________________________________________________________________________________________________________________________________

8:20 am _________________________________________________________________________________________________________________________________________________

8:40 am _________________________________________________________________________________________________________________________________________________

9:00 am _________________________________________________________________________________________________________________________________________________

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9:40 am _________________________________________________________________________________________________________________________________________________

10:00 am _________________________________________________________________________________________________________________________________________________

10:20 am _________________________________________________________________________________________________________________________________________________

10:40 am _________________________________________________________________________________________________________________________________________________

11:00 am _________________________________________________________________________________________________________________________________________________

11:20 am _________________________________________________________________________________________________________________________________________________

11:40 am _________________________________________________________________________________________________________________________________________________

12:00 pm _________________________________________________________________________________________________________________________________________________

Lunch

when _________________________________________________________________________________________________________________________________________________

with _________________________________________________________________________________________________________________________________________________

where _________________________________________________________________________________________________________________________________________________

Anticipated Schedule Wednesday Afternoon, July 23, 2014

TIME SESSION ROOM

1:00 pm _________________________________________________________________________________________________________________________________________________

1:20 pm _________________________________________________________________________________________________________________________________________________

1:40 pm _________________________________________________________________________________________________________________________________________________

2:00 pm _________________________________________________________________________________________________________________________________________________

2:20 pm _________________________________________________________________________________________________________________________________________________

2:40 pm _________________________________________________________________________________________________________________________________________________

3:00 pm _________________________________________________________________________________________________________________________________________________

3:20 pm _________________________________________________________________________________________________________________________________________________

3:40 pm _________________________________________________________________________________________________________________________________________________

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5:00 pm _________________________________________________________________________________________________________________________________________________


38


Room: Cascade Ballroom & Foyer - Session NO-WeP

Nanosystems, Nanomechanics and Nano-optics Poster Session

8:00 pm

NO-WeP1 Direct Femtosecond Laser Writing of Patterns in Silver Nanoparticle System Embedded in Silica using Nonlinear Microscopy, JACOB LICEA-

RODRÍGUEZ, I. ROCHA-MENDOZA, R. RANGEL-ROJO, Centro de Investigación Científica y de

Educación Superior de Ensenada, Mexico, L. RODRÍGUEZ-FERNÁNDEZ, A. OLIVER, Universidad

Nacional Autónoma de México, Mexico

NO-WeP2 Amplification of the RF Modulated THz Emission of Weakly-Coupled GaAs/AlGaAs Superlattice, GULYA RASULOVA, P.N.Lebedev Physical Institute, Russian

Federation, I.V. PENTIN, Moscow State Pedagogical University

NO-WeP5 Control of Tunnel Resistance of Suspended Ni Nanogaps Using Field-Emission-Induced Electromigration, TAKAHIRO TOYONAKA, R. SUDA, M. ITO,

K. TAKIKAWA, J. SHIRAKASHI, Tokyo University of Agriculture and Technology, Japan

NO-WeP6 Fabrication of Resistive Switching Devices Based on Ni Nanogaps Using Field-Emission-Induced Electromigration, KAZUKI TAKIKAWA, R. SUDA, M.

ITO, T. TOYONAKA, J. SHIRAKASHI, Tokyo University of Agriculture and Technology, Japan

NO-WeP7 Atomic Scale Contrast of Coupling between Tunneling Electron and Surface Plasmon Resonance, S.J. LIM, SUNGWOO JO, Seoul National University, Korea,

Republic of Korea, S. KIM, Seoul National University, Korea, M.J. LEE, J.H. KWON, Y. KUK, Seoul

National University, Korea, Republic of Korea

NO-WeP8 Photoluminescence of π-Conjugated Polymer Nanoparticles Fabricated from Tiny Droplets by a Novel Visible Laser Processing, M.

KAWABATA, AKIHIRO TOMIOKA, S. ARAI, T. TANIMURA, Osaka Electro-Communication

University, Japan

NO-WeP9 Optical Properites of CdS:O Nanostructured Thin Films, KHURAMAN

KHALILOVA, N. ALIYEVA, Institute of Physics, Azerbaijan National Academy of Sciences,

Azerbaijan, GU. SHIM, Graduate School of Engineering, Osaka Prefecture University, Japan, H.

BAYRAMOV, Institute of Physics, Azerbaijan National Academy of Sciences, Azerbaijan, W.

WAKITA, Chiba Institute of Technology, Japan, T. MAMEDOV, Institute of Physics, Azerbaijan

National Academy of Sciences, Azerbaijan

NO-WeP10 Preparation of Nanostructures on the Surface of SmS Thin Films by using AFM Technique, YEGANA ALIYEVA, N. KHALILOVA, R. MEHDIYEV, K. HUSEYNOV,

Z. ALEKPEROV, T. MAMEDOV, Institute of Physics, Azerbaijan National Academy of Sciences,

Azerbaijan

NO-WeP11 Influence of Organic Modifier Loading on Particle Dispersion of Biodegradable Polycaprolactone /Natural Montmorillonite Nanocomposites,

ONSY DIMITRY, A. MANSOUR, Egyptian Petroleum Research Institute, Egypt, L.G. SAADB,

National Research Centre, Egypt

NO-WeP12 Phytosynthesis of Nanoparticles and its Controlling Factor, AZAMAL

HUSEN, K.S. SIDDIQI, University of Gondar, Ethiopia

NO-WeP13 Synthetic Methods for Hybrid PVP-Cysteine Coated Silver Nanowires, EMILY REEVES, D. BEUSSMAN, St. Olaf College, USA

NO-WeP14 Self-Assembled Monolayers of Synthesized Push-Pull Chromophores and Nanoparticles for Photovoltaic Applications, V. MALYTSKYI,

Institut Matériaux Microélectronique Nanosciences de Provence, IM2NP CNRS UMR 7334, France,

J.-M. RAIMUNDO, Aix-Marseille Université, France, J.-J. SIMON, LIONEL PATRONE, Institut

Matériaux Microélectronique Nanosciences de Provence, IM2NP CNRS UMR 7334, France

Quantum Computing, Spintronics, and Nanomagnetism

Room: Cascade Ballroom & Foyer - Session QC-WeP

Quantum Computing, Spintronics, & Nanomagnetism Poster

Session

8:00 pm

QC-WeP1 Spin Texture of Manganocene with Scanning Tunneling Microscopy and Spectroscopy, JEONGHOON KWON, Seoul National University, Korea, Republic of

Korea, U. HAM, Pohang University of Science and Technology(POSTECH), M.J. LEE, S.J. LIM, Y.

KUK, Seoul National University, Korea, Republic of Korea

QC-WeP2 The Effects of Dresselhaus and Rashba Spin-Orbit Interactions on the Electron Tunneling in Double Barrier Type Poschl-Teller, JULIAN ZUÑIGA,

S.T. PÉREZ-MERCHANCANO, L.E. BOLÍVAR-MARTÍNEZ, Universidad del Cauca, Colombia

QC-WeP4 Large Magnetic Anisotropy of Co Atoms on MgO, CHRISTOPHER LUTZ,

I.G. RAU, S. BAUMANN, A.J. HEINRICH, IBM Research - Almaden, USA

Wednesday Afternoon Poster Sessions

39


Room: Cascade Ballroom & Foyer - Session SP-WeP

Scanning Probe Microscopy & Instrumentation Poster Session

8:00 pm

SP-WeP1 Apparatus for Efficient Coupling of Microwave Energy with the Tip-sample Junction of a Scanning Tunneling Microscope, CHAD RHOADES, Brigham

Young University, USA, M.J. HAGMANN, University of Utah, USA, B.A. RHOADES, BARCAD

Design L.L.C., USA

SP-WeP2 Scanning Electrochemical Microscopy （SECM） on Carbon Aerogel Supported Pt-Zn Catalyst and its Oxygen Reduction Catalytic Performance in Magnesium-Air Battery, XIAOMEI WU, Shanghai Jiaotong University,

China

SP-WeP3 Artifacts in Scanning Tunneling Microscopy Images of Highly Oriented Pyrolytic Graphite that can be Confused with Carbon Nanotubes,

MOREWELL GASSELLER, J. RITCHIE, E. MCCARTHY, Mercyhurst University

SP-WeP4 Open Source Software Gxsm Takes the Next Level of Highly Customizable Signal Processing Designed for All Kinds of SPM., PERCY ZAHL,

Brookhaven National Laboratory, USA

SP-WeP5 Characterization of Point Contact MIM and MIS Diodes to Understand the Mechanism for Generating a Microwave Frequency Comb in Laser Assisted Scanning Tunneling Microscopy, GLADE SNYDER, C.A. RHOADES,

Brigham Young University, USA, M.J. HAGMANN, University of Utah, USA

SP-WeP6 Spin-Dependent Conductance in a Single Molecule Magnetic Tunnel Junction, XIANGMIN FEI, California State University Northridge, USA, H.-J. GAO, Institute of

Physics, Chinese Academy of Sciences, China, L. GAO, California State University Northridge, USA

SP-WeP7 Study on Photoexcitation of Electrons at STM Cavity for the Detection of Photoelectron from Organic Molecules on a Nanometer Scale,

HUJUN YIN, N. NISHITANI, Kyushu Institute of Technology, Japan

SP-WeP8 Development of Scanning Tunneling microscope for use in High Magnetic Fields, SURUCHI SINGH, Scanning Probe Microscopy group/ High Field Magnet

Laboratory, IMM, Radboud University, Nijmegen, The Netherlands., Netherlands

SP-WeP9 A THz Coupled Scanning Probe Microscope, STEFFEN ROLF-

PISSARCZYK, J. BURGESS, D.-J. CHOI, S. YAN, S. LOTH, Max Planck Institute for the Structure

and Dynamics of Matter, Germany

SP-WeP10 Surface Reactions of Gas-Phase Atomic Radicals with Alkanethiolate Monolayers, ASHLEY R. GANS, S.A. KANDEL, University of Notre Dame,

USA

SP-WeP11 Atomic-Resolution Frequency-Modulation Atomic Force Microscope using a Length-Extension Resonator, MYUNGCHUL OH, H.J. CHO, S. KIM, Seoul

National University, Korea, Republic of Korea, S. JEON, Princeton University, USA, M.J. LEE, B.

HWANG, S.J. LIM, Y. KUK, Seoul National University, Korea, Republic of Korea

SP-WeP12 Pulsed Laser Deposition of Nb Islands on Bi2Se3 Thin Films Grownby Molecular Beam Epitaxy, SUNOUK YI, S.W. JO, Seoul National University,

Korea, Republic of Korea, S. KIM, Seoul National University, Korea, Seoul, S.J. LIM, B. HWANG,

Seoul National University, Korea, Republic of Korea, M.J. LEE, Seoul National University, Korea,

Seoul, Y. KUK, Seoul National University, Korea, Republic of Korea

SP-WeP13 One Electron Multi-Throw Conductance Switch: Manipulation of a Jahn-Teller Active Electron Through STM, NICHOLAS TALLARIDA, J. LEE, L. RIOS, A.

APKARIAN, University of California, Irvine, USA

SP-WeP14 Simulation for Local Detection of Surface Plasmon Resonance Combined with STM, HUJUN YIN, N. NISHITANI, Kyushu Institute of Technology, Japan

SP-WeP15 Nanometrology via Carbon Nanotube Tipped Cantilevers in Dynamic Mode Atomic Force Microscopy, CHIEN-YING SU, N.N. CHU, M.H. SHIAO, C.N. HSIAO,

F.Z. CHEN, Instrument Technology Research Center, National Applied Research Laboratories,

Taiwan, Republic of China

SP-WeP16 Investigation of Individual Weight of Parameters on Combined Standard Uncertainty of Nanoscale Measurements according to ISO standards, C.Y. SU, NIAN-NAN CHU, M.H. SHIAO, C.N. HSIAO, F.Z. CHEN, Instrument

Technology Research Center, National Applied Research Laboratories, Taiwan, Republic of China

SP-WeP17 Temperature-Driven Phase Transition of Fe/Ir(111) Nanoskyrmions,

STEFAN KRAUSE, A. SONNTAG, R. WIESENDANGER, University of Hamburg, Germany

SP-WeP18 Ultra-High Resolution Scanning Thermal Microscopy With Absolute Temperature Measurement, JEREMY GOECKERITZ, G. ADEN, A. CHAND, Applied

Nanostructures

SP-WeP19 Measuring the Density of States of Individual Quantum Dots by Electrostatic Force Microscopy, ANTOINE ROY-GOBEIL, MIYAHARA, P. GRÜTTER,

McGill University, Canada

SP-WeP20 Atomic Resolution Optical Imaging of the "α" -〖"Al" 〗_"2" "O" _"3"

(0001) Surface by Measuring Photon-Induced Force, JUNSUKE YAMANISHI, T.

TOKUYAMA, Y. NAITOH, Y.J. LI, Y. SUGAWARA, Osaka University, Japan

Wednesday Afternoon Poster Sessions

40

THURSDAY SESSIONS

41


“25 Years of Spin-Polarized STM: From Single-Atom Magnetism to Complex Spin Textures in Nanostructures"

Prof. Roland Wiesendanger, University of Hamburg, Germany ROOM: Centennial ABCD

9:00 am

9:25 am BREAK


Room: Centennial ABCD - Session NM1-ThM


Room: Rocky Mountain A/B - Session NM2-ThM

Superconductivity I Moderator: Young Kuk, Seoul National University

Surface Chemistry & Catalysis II Moderator: Joost Frenken, Leiden University, The Netherlands

9:40 am NM1-ThM6 Invited

Parity-Protected Josephson Qubits, MICHAEL GERSHENSON, M. BELL, W.

ZHANG, Rutgers University, USA, L. IOFFE, Rutgers University, USA, LPTHE, CNRS UMR,

France

NM2-ThM6 Invited

Controlled Functionalization and Molecular Understanding of Surfaces: Towards Supported Single-Site Catalysts and Beyond, CHRISTOPHE

COPERET, ETH Zurich, Switzerland


10:20 am NM1-ThM8 Josephson Scanning Tunneling Spectroscopy at the Atomic Contacts, HOWON KIM, Y. HASEGAWA, The University of Tokyo, Japan

NM2-ThM8 Iron Oxide Surface Engineering: Synthesis of Magnetically Retrievable Nano-Organocatalysts, EMILIE NEHLIG, University of Paris 13,

France, L. MOTTE, E. GUÉNIN, Université Paris 13, France

10:40 am NM1-ThM9 Nanoscale Electronic Inhomogeneities in NbN Ultrathin Films Close to the Superconductor-insulator Transition, C. CARBILLET, Université Pierre et Marie Curie, France, V. CERCHEZ, Université Joseph Fourier - Grenoble, C. BRUN, T. CREN, F. DEBONTRIDDER, B. LERIDON, Université Pierre et Marie Curie, France, K. ILIN, M. SIEGEL, Karlsruhe Institute of Technology, Germany, D. RODITCHEV, Université Pierre et Marie Curie, France

NM2-ThM9 Computational Materials Design from Basics to Applications in Catalysis, HIDEAKI KASAI, Osaka University; Center for Atomic and Molecular

Technologies, Osaka University

11:00 am Thursday Morning Break Thursday Morning Break


Superconductivity II Moderator: Michael Gershenson, Rutgers University, USA

11:40 am NM1-ThM12 Superconductivity of Single-Layer Films of FeSe observed above 100 K with in situ 4-Point Probe, CANHUA LIU, Shanghai Jiao Tong

University, China, Q.K. XUE, Tsinghua University, J.F. JIA, Shanghai Jiao Tong University

12:00 pm NM1-ThM13 Local Probing of Superconductivity in the Half Heusler Compound YPdBi, H. BAEK, Center for Nanoscale Science and Technology/NIST & Dept. of Physics/Seoul Nat'l Univ., J. HA, Center for Nanoscale Science and Technology/NIST & Maryland NanoCenter/Univ. of Maryland, Y. NAKAJIMA, P.S. SYERS, X. WANG, K. WANG, J. PAGLIONE, Univ. of Maryland, USA, Y. KUK, Seoul National University, Korea, J.A. STROSCIO, Center for Nanoscale Science and Technology/NIST, USA

12:20 pm NM1-ThM14 Imaging Magnetically Mediated Cooper Pairing of Heavy Fermions in CeCoIn5, F. MASSEE, M.P. ALLAN, Cornell University, USA, J. VAN DYKE, University of Illinois at Chicago, USA, C. PETROVIC, Brookhaven National Laboratory, USA, A.P. MACKENZIE, St. Andrews University, USA, D.K. MORR, University of Illinois at Chicago, USA, J.C. DAVIS, Cornell University, USA

12:40 pm NM1-ThM15 Topological Superconductor and Signatures of Majorana Modes, JINFENG JIA, Shanghai Jiao Tong University, China

1:00 pm NM1-ThM16 Probing Superfluid Rigidity in Ultra-thin 2D Superconductor at Microscopic, Mesoscopic, and Macroscopic Length Scales, H.D. NAM, J.S. KIM, C.D. ZHANG, University of Texas at Austin, USA, J. YONG, T. LEMBERGER, Ohio State University, USA, P.A. KRATZ, J. KIRTLEY, K.A. MOLER, Stanford University, USA, C.K. SHIH, University of Texas at Austin, USA

1:20 pm

Thursday Morning, July 24, 2014

42

8:30 am PLENARY LECTURE: “25 Years of Spin-Polarized STM: From Single-Atom Magnetism to Complex Spin Textures in

Nanostructures" Prof. Roland Wiesendanger, University of Hamburg, Germany


9:00 am

9:25 am BREAK


Room: Blue Spruce - Session SP2-ThM


Room: Centennial F - Session NO-ThM

Non-contact Force Microscopy & Force Measurements IV Moderator: Eli Sutter, Brookhaven National Lab, USA

Nanofabrication & Nanostructures III Moderator: Debin Wang, Pacific Northwest National Laboratory, USA

9:40 am SP2--ThM6 Invited

Atomic Force Microscopy on the Rise: Resolving Spin Order, Lateral Forces and Subatomic Charge Distributions, FRANZ GIESSIBL, University of

Regensburg, Germany


NO-ThM6 Ion Beam Induced Magnetic Nanostructures, P.V. VARGA, CEITEC BUT - Brno University of Technology, Czech Republic, Vienna University of Technology, Austria, J. GLOSS, Brno University of Technology, Czech Republic, S.S. ZAMAN, Z. NOVOTNY, M. SCHMID, Vienna University of Technology, Austria, M. URBANEK, Brno University of Technology, Czech Republi

10:00 am Invited talk continued. NO-ThM7 Fabrication of Tailored Nanopores for Fundamental Studies of Hindered Transport, SANKET KELKAR, D. CHIAVETTA, C. WOLDEN, Colorado

School of Mines, USA

10:20 am NO-ThM8 Formation Scheme of Nano-Scale Devices Using Electromigrated Ni Nanogaps, RYUTARO SUDA, M. ITO, K. TAKIKAWA, T.

TOYONAKA, J. SHIRAKASHI, Tokyo University of Agriculture and Technology, Japan

10:40 am NO-ThM9 Investigation of Purcell Factor and Light Extraction Efficiency in Ag-Coated GaN/InGaN Core-Shell and Axial Hexagonal Nanowires,

MOHSEN NAMI, D.F. FEEZELL, University of New Mexico, USA



Nanobiology, Nanomedicine, and Nanofluidics

Biosensors & Fluidics Moderator: Peter Crozier, Arizona State University, USA

Nanofabrication & Nanostructures IV Moderator: Bruce E. Koel, Princeton University, USA

11:40 am NN-ThM12 Invited

Crystallization of Water Nanoparticles, VALERIA MOLINERO, University of Utah,

USA

NO-ThM12 Bio-Inspired Approach to Tip-Based Fabrication of Semiconductor Nanostructures, D. WANG, Pacific Northwest National Laboratory, USA, S. CHUNG, Lawrence Berkeley National Laboratory, USA, W. CHUNG, University of California, Berkeley, USA, J. FELTS, University of Illinois Urbana-Champaign, USA, S.-W. LEE, University of California, Berkeley, USA, W.P. KING, University of Illinois Urbana-Champaign, USA, J.J. DE YOREO, Pacific Northwest National Laboratory, USA

12:00 pm Invited talk continued. NO-ThM13 Development of Silicon Suspended Stacked Nanowire Architectures for Gate-all-around (GAA) and Phi (Φ) Field Effect Transistors, S. PAULIAC-VAUJOUR, CEA, Leti, Minatec Campus, France, P. BRIANCEAU, T. ERNST, CEA, Leti, Minatec Campus, C. COMBOROURE, Stmicroelectronics, C. DUPRÉ, C. VIZIOZ, V. MAFFINI ALVARO, CEA, Leti, Minatec Campus, C. ARVET, Stmicroelectronics

12:20 pm NN-ThM14 Microfluidic-based Synthesis and Biomedical Applications of Plasmonic Nanoparticles, MANUEL ARRUEBO, L. GOMEZ, V. SEBASTIAN, S.

IRUSTA, J. SANTAMARIA, University of Zaragoza, Spain

NO-ThM14 Pattern Transfer of Atomically Precise Hydrogen Depassivation Patterns into Silicon for Nanoimprint Lithography, J.B. BALLARD, Zyvex Labs, USA, A. CHERALA, S. SINGHAL, University of Texas at Austin, USA, S.J. MCDONNELL, D. DICK, University of Texas at Dallas, USA, M. BISCHOF, University of North Texas, USA, R. SAINI, Zyvex Labs, USA, J. FU, National Institute of Standards and Technology, USA, J.H.G. OWEN, E. FUCHS, Zyvex Labs, USA, R.M. WALLACE, Y.J. CHABAL, University of Texas at Dallas, USA, R.F. REIDY, University of North Texas, USA, S.V. SREENIVASAN, University of Texas at Austin, USA, J.N. RANDALL, Zyvex Labs, USA

12:40 pm NN-ThM15 Comparative Study of the Removal of Cadmium (ii) from Water by using Regular and Modified Carbon Nanofibers, IHSAN ULLAH, King Fahd

University of Petroleum & Minerals, Saudi Arabia, M. ALI ATIEH, King Fahd University of

Petroleum & Minerals, Saudia Arabia

NO-ThM15 A Faster Method for Friction Force Microscopy using Atomic Force Microscopy, MATTHEW RIGBY, P.G. GRÜTTER, McGill University, Canada

1:00 pm NN-ThM16 Light-Guiding in Nannowire Arrays for Enhanced Biosensing, H. LINKE, Nanometer Structure Consortium at Lund University, Sweden, L. TEN SIETHOFF, Linnaeus University, Sweden, M. LARD, Nanometer Structure Consortium at Lund University, Sweden, A. MÅNSSON, Linnaeus University, Sweden, J. GENEROSI, Nanometer Structure Consortium at Lund University, Sweden

NO-ThM16 An Automated Atomic Precision STM Lithography Tool, JAMES

OWEN, J.B. BALLARD, E. FUCHS, J. ALEXANDER, W. OWEN, J.N. RANDALL, J. VON

EHR, Zyvex Labs, USA

1:20 pm


43


“25 Years of Spin-Polarized STM: From Single-Atom Magnetism to Complex Spin Textures in Nanostructures"

Prof. Roland Wiesendanger, University of Hamburg, Germany ROOM: Centennial ABCD

9:00 am

9:25 am BREAK

Quantum Computing, Spintronics, and Nanomagnetism

Room: Centennial E - Session QC-ThM


Room: Rocky Mountain C/D - Session SP-ThM

Spin-Sensitive STM Moderator: Sylvie Rousset, Université Paris Diderot, France

9:40 am SP-ThM6 Tracing the RKKY-Interaction in Pairs of Adatoms via the Peak Splitting of a Kondo Resonance, A.A. KHAJETOORIANS, M. STEINBRECHER, Institute of Applied Physics, University of Hamburg, Germany, M. BOUHASSOUNE, S. LOUNIS, Peter Grünberg Institut and Institute for Advanced Simulation, Forschungszentrum Jülich and JARA, Germany, M. TERNES, Max-Planck Institut für Festkörperphysik, Stuttgart, Germany, J. WIEBE, Institute of Applied Physics, University of Hamburg, Germany, R. WIESENDANGER, University of Hamburg, Germany

10:00 am SP-ThM7 Tuning Competition Between Magnetic Anisotropy and Kondo Screening in Individual Adatoms by Controlled Hydrogenation, A.A. KHAJETOORIANS, M. STEINBRECHER, T. SCHLENK, Institute of Applied Physics, University of Hamburg, Germany, M. VALENTYUK, A. LICHTENSTEIN, Institute of Theoretical Physics, University of Hamburg, Germany, J. WIEBE, R. WIESENDANGER, Institute of Applied Physics, University of Hamburg, Germany

10:20 am SP-ThM8 Magnetic Anisotropy of Self-assembled Iron(II) Phthalocyanine Layer on Bi2Te3, CHUNLEI GAO, Key Laboratory of Artificial Structures and Quantum

Control (Ministry of Education), Shanghai Jiao Tong University, China

10:40 am SP-ThM9 Electric-Field-Induced Magnetic Anisotropy in a Nanomagnet Investigated on the Atomic Scale, STEFAN KRAUSE, A. SONNTAG, J.

HERMENAU, A. SCHLENHOFF, J. FRIEDLEIN, University of Hamburg, Germany, R.

WIESENDANGER, Institute of Applied Physics, University of Hamburg, Germany



Nanomagnetism: SPM I Moderator: Cyrus Hirjibehedin, University College London, UK

Spectroscopic STM Moderator: Peter Sutter, Brookhaven National Laboratory, USA

11:40 am QC-ThM12 Invited Large Magnetic Anisotropy and Orbital Angular Momentum in Single Magnetic Atoms on a Surface, SUSANNE BAUMANN, I.G. RAU, C.P. LUTZ, A.J. HEINRICH, IBM Research - Almaden, USA

SP-ThM12 Invited Rotational Excitation Spectroscopy and Gate Control of Molecular Dynamics, F.D. NATTERER, F. PATTHEY, École Polytechnique Fédérale de Lausanne, Switzerland, Y. ZHAO, J. WYRICK, J.A. STROSCIO, NIST, USA, H. BRUNE, École Polytechnique Fédérale de Lausanne, Switzerland 12:00 pm Invited talk continued. Invited talk continued.

12:20 pm QC-ThM14 Spin Filtering with Vacuum, MARKUS ETZKORN, M. ELTSCHKA, B.

JAECK, M. ASSIG, C.R. AST, K. KERN, Max Planck Institute for Solid State Research,

Germany

SP-ThM14 Exploring Self-Assembled Donor-Acceptor Heterojunctions at the Atomic Scale: Chirality, Charge Transfer and Reversible Rectification, J.A. SMERDON, University of Central Lancashire, UK, R.B. RANKIN, Villanova University, USA, N.C. GIEBINK, Penn State University, USA, J.-W. CHO, CalTech, USA, L. GAO, California State University, Northridge, USA, O. SUZER, HGST, USA, J.P. GREELEY, Purdue University, USA, N.P. GUISINGER, J.R. GUEST, Argonne National Laboratory, USA

12:40 pm QC-ThM15 TbPc2 Single-Molecule Magnets Chemically Grafted on Silicon Surface, M. MANNINI, University of Florence & INSTM, Italy, F. BERTANI, University of Parma & INSTM, Italy, C. TUDISCO, University of Catania & INSTM, Italy, L. POGGINI, University of Florence & INSTM, Italy, K. MISTZAL, University of Parma & INSTM, Italy, E. OTERO, Synchrotron SOLEIL, Saint-Aubin, France, P. SAINCTAVIT, CNRS & Université Pierre et Marie Curie, France, G.G. CONDORELLI, University of Catania & INSTM, Italy, E. DALCANALE, University of Parma & INSTM, Italy, R. SESSOLI, University of Florence & INSTM, Italy

SP-ThM15 Non-Contact Thermoelectronic Imaging of Bi2Te3 and Silver Surfaces in Ultrahigh Vacuum, PETRO MAKSYMOVYCH, S.J. KELLY, M.A.

MCGUIRE, Oak Ridge National Laboratory, USA

1:00 pm QC-ThM16 Tunneling Anisotropic Magnetoresistance at the Single-Atom Limit, PAOLO FERRIANI, S. SCHRÖDER, N. CAFFREY, N. NÉEL, N. RUPPELT, J.

KRÖGER, R. BERNDT, S. HEINZE, University of Kiel, Germany

SP-ThM16 Electron Phonon Interaction on the Atomic Scale, IGOR

ALTFEDER, Air Force Research Laboratory, USA, K. MATVEEV, Argonne National

Laboratory, USA, A. VOEVODIN, Air Force Research Laboratory, USA

1:20 pm QC-ThM17 spds* Tight-Binding Model for Near-Surface Spin Center Wavefunctions in SiC, VICTORIA KORTAN, C. ŞAHIN, M.E. FLATTÉ, University of

Iowa, USA

SP-ThM17 Strong Interaction between Graphene Edge and Metal Revealed by Scanning Tunneling Microscopy, H.W. KIM, Samsung Advanced Institute of Technology, Republic of Korea, J. KU, W. KO, I. JEON, H. KWON, Samsung Advanced Institute of Technology, S. RYU, Korea Advanced Institute of Science and Technology (KAIST), S. KAHANG, Korea University, S. LEE, S.W. HWANG, H. SUH, Samsung Advanced Institute of Technology


44


TIME SESSION ROOM

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Lunch

when ________________________________________________________________________________________________________________________________________________

with ________________________________________________________________________________________________________________________________________________

where ________________________________________________________________________________________________________________________________________________

Anticipated Schedule Thursday Afternoon, July 24, 2014

TIME SESSION ROOM

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45

FRIDAY SESSIONS

46


Room: Centennial E - Session MN-FrM

Nanowires II Moderator: John Rogers, University of Illinois Urbana-Champaign, USA


Room: Centennial ABCD - Session NM1-FrM

2D Materials XIII: Heterostructures Moderator: Carlo Grazianetti, Laboratorio MDM, IMM-CNR, Italy

8:40 am MN-FrM3 Invited

Guided Nanowires: Building Blocks for Self-Integrated Nanosystems,

ERNESTO JOSELEVICH, Weizmann Institute of Science, Israel

NM1-FrM3 Invited Enhanced Electronic Coupling at Edges of a Graphene and h-BN Double-Layer, B. HWANG, Seoul National University, Korea, Republic of Korea, J.U. HWANG, S. KIM, M.J. LEE, J.H. KWON, Seoul National University, Korea, S.J. LIM, Seoul National University, Korea, Republic of Korea, H. BAEK, Center for Nanoscale Science and Technology/NIST & Dept. of Physics/Seoul Nat'l Univ., J.A. STROSCIO, Center for Nanoscale Science and Technology/NIST, USA, Y. KUK, Seoul National University, Korea


9:20 am MN-FrM5 Conductivity Enhancement of Graphitic Nanowires in Diamond-like Carbon by

Matrix Doping, J. KRAUSER, Harz University of Applied Sciences, Germany, H.-G.

GEHRKE, H. HOFSÄSS, Institute of Physics, University of Göttingen, Göttingen, Germany,

C. TRAUTMANN, GSI Helmholtz Centre for Heavy Ion Research, Germany, A. WEIDINGER,

Helmholtz-Zentrum Berlin für Materialien und Energie GmbH, Germany

NM1-FrM5 Controlled Synthesis of Heterostructures of 2D Materials, PETER

SUTTER, R. CORTES, J. LAHIRI, E. SUTTER, Brookhaven National Laboratory, USA

9:40 am MN-FrM6 Atomistic Calculations of Thermal Transport in Nanosystems,

NOBUHIKO KOBAYASHI, K. YAMAMOTO, H. ISHII, Institute of Applied Physics, University

of Tsukuba, Japan, K. HIROSE, NEC, Japan

NM1-FrM6 Structure and Electronic States at the Graphene/h-BN Interface, ROBERT DROST, F. SCHULZ, S.K. HÄMÄLÄINEN, P. LILJEROTH, Aalto

University School of Science, Finland

10:00 am MN-FrM7 Tunable Field Emission Properties of Well-aligned Silicon Nanowires with Controlled Aspect Ratio and Proximity, SHASHA LV,

Tsinghua UniversitySchool of Materials Science and Engineering, China, Z.C. LI, Tsinghua

University, China

NM1-FrM7 Synthesis and Characterization of Graphene-Hexagonal Boron Nitride Heterostructures, J.C. KOEPKE, J.D. WOOD, Y. CHEN, University of Illinois Urbana-Champaign, USA, S.W. SCHMUCKER, U.S. Naval Research Laboratory, USA, R.T. HAASCH, University of Illinois Urbana-Champaign, USA, E. POP, Stanford University, USA, J.W. LYDING, University of Illinois Urbana-Champaign, USA

10:20 am NM1-FrM8 Heterostructures formed by Epitaxial Growth of Two-Dimensional Hexagonal Boron Nitride from Graphene Edges, J. PARK, Oak Ridge National Laboratory, USA, L. LIU, The University of Tennessee, USA, D.A. SIEGEL, K.F. MCCARTY, Sandia National Laboratories, USA, K.W. CLARK, Oak Ridge National Laboratory, USA, W. DENG, The University of Tennessee, USA, L. BASILE, Escuela Politécnica Nacional, Ecuador, J.-C. IDROBO, Sandia National Laboratories, USA, G. GU, The University of Tennessee, USA, A.-P. LI, Oak Ridge National Laboratory, USA

10:40 am BREAK


"Injectable' Electronics That Can Dissolve Inside Your Body" Prof. John Rogers, University of Illinois at Urbana-Champaign, USA


11:30 am

12:00-

12:30 pm

CLOSING SESSION

Friday Morning, July 25, 2014

47


Room: Rocky Mountain A/B - Session NM2-FrM

Surface Chemistry & Catalysis III Moderator: Hans Elemans, Radboud University Nijmegen, Institute for Molecules and Materials, The Netherlands


Room: Centennial F - Session NO-FrM

Near Field Optics, Plasmons, Nano Optics III Moderator: Frank Meyer Zu Heringdorf, Universitat Duisburg-Essen, Germany

8:40 am NM2-FrM3 Invited Hydrogen-Bonded Cyclic Water Clusters Nucleated on an Oxide Surface, B.E. KOEL, C.X. KRONAWITTER, C. RIPLINGER, X. XIAOBO, Princeton University, USA, P. ZAHL, Brookhaven National Laboratory, USA, E.A. CARTER, Princeton University, USA, P. SUTTER, Brookhaven National Laboratory, USA

NO-FrM3 Invited

Studying Biological Systems with Integrated Photonics, ANDREA ARMANI,

S. MEHRABANI, C. SHI, M. HARRISON, R. HAWK, University of Southern California, USA


9:20 am NM2-FrM5 Controlling Hydrogen Dissociation by the Scanning Tunneling Microscope, SHAOWEI LI, A.X. YU, G. CZAP, H. KIMURA, W. HO, University of

California, Irvine, USA

NO-FrM5 Mid-Iinfrared Hyperspectral Near-Field Imaging with Broadband Sources, FLORIAN PERAGUT, Institut Langevin, ESPCI ParisTech, CNRS, France, J.-B.

BRUBACH, P. ROY, Société Civile Synchrotron SOLEIL, France, Y. DE WILDE, Institut

Langevin, ESPCI ParisTech, CNRS, France

9:40 am NM2-FrM6 Surface Sensing Behavior and Optical Property of Al-based Silver Sulfide Chalcopyrites, CHIA-CHI PAN, C.-H. HO, National Taiwan University of

Science and Technology, Taiwan, Republic of China

NO-FrM6 Building Hierarchical Plasmonic Structures using Virus Capsid Scaffolds and DNA Origami Tiles, D. WANG, Pacific Northwest National Laboratory, USA, S. CAPEHART, University of California, Berkeley, USA, S. PAL, M. LIU, Arizona State University, USA, J. SCHUCK, Lawrence Berkeley National Laboratory, USA, Y. HAO, Arizona State University, USA, M. FRANCIS, University of California, Berkeley, USA, J.J. DE YOREO, Pacific Northwest National Laboratory, USA

10:00 am NM2-FrM7 Invited

Atomic Level In Situ and Operando Transmission Electron Microscopy of Thermal and Photocatalysts, PETER CROZIER, MILLER, ZHANG, LIU, Arizona

State University, USA

NO-FrM7 Mid-IR Plasmonic Antennas Fabricated by FIB and EBL: Different Behaviour Upon Resonances, L.B. BRINEK, CEITEC BUT - Brno University of Technology, Czech Republic, O.T. TOMANEC, CEITEC BUT - Brno University of Technology, Czech Republic, M.K. KVAPIL, V.K. KRAPEK, M.H. HRTON, CEITEC BUT - Brno University of Technology, Czech Republic, RK. KALOUSEK, P.D. DUB, CEITEC BUT - Brno University of Technology, Czech Republic, T.H. HRNCIR, TESCAN, a.s.. Czech Republic, P.V. VARGA, T.S. SIKOLA, CEITEC BUT - Brno University of Technology, Czech Republic

10:20 am Invited talk continued. NO-FrM8 Determination of the Orientation of a Single Nano-Emitter by Polarization Analysis, CLOTILDE LETHIEC, Université Pierre et Marie Curie, France,

J. LAVERDANT, Université de Lyon 1, C. JAVAUX, B. DUBERTRET, Lpem, Espci, C.

SCHWOB, L. COOLEN, A. MAÎTRE, Université Pierre et Marie Curie, France

10:40 am BREAK




11:30 am

12:00-

12:30 pm

CLOSING SESSION


48


Room: Rocky Mountain C/D - Session SP-FrM

Novel SPM Techniques & Multiprobe SPM Moderator: FRANZ GIESSIBL, University of Regensburg, Germany

8:40 am SP-FrM3 Asymmetric Electron Transport at Monolayer-Bilayer Graphene Junctions Revealed by Multi-Probe Scanning Tunneling Potentiometry, A.-P. LI, K.W. CLARK, X. ZHANG, J. PARK, Oak Ridge National Laboratory, USA, G. GU, The University of Tennessee, USA, R.M. FEENSTRA, G. HE, Carnegie Mellon University, USA

9:00 am SP-FrM4 Investigation of Heat Transfer between a Heated Atomic Force Microscope Cantilever and a Substrate with Application to Improved Thermal Nanoimaging, SUHAS SOMNATH, W.P. KING, University of Illinois Urbana-

Champaign, USA

9:20 am SP-FrM5 Study of Electric Dipole Moment Distribution on Si(100)-2×1 Surface by Non-Contact Scanning Nonlinear Dielectric Microscopy,

MASATAKA SUZUKI, K. YAMASUE, Tohoku University, Japan, M. ABE, Nagoya University,

Japan, Y. SUGIMOTO, Osaka University, Japan, Y. CHO, Tohoku University, Japan

9:40 am SP-FrM6 Chemical Analysis at the Nanoscale: Expanding Applications for AFM-Based Infrared Spectroscopy (AFM-IR), CRAIG PRATER, K. KJOLLER,

M. LO, Q. HU, Anasys Instruments, C. MARCOTT, Light Light Solutions

10:00 am SP-FrM7 Computer Algorithms for Identification of Surface Content in STM Images, EHUD FUCHS, J.B. BALLARD, J.H.G. OWEN, J.N. RANDALL, J. VON

EHR, Zyvex Labs, USA

10:20 am

10:40 am BREAK




11:30 am

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CLOSING SESSION


49


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when _________________________________________________________________________________________________________________________________________________

with _________________________________________________________________________________________________________________________________________________

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Anticipated Schedule Friday Afternoon, July 25, 2014

TIME SESSION ROOM

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Author Index 50

Authors Index Bold page numbers indicate the presenter

— A — Abe, M.: SP-FrM5, 48

Abel, M.: NM2-TuA4, 27

Accardo, A.: NM2-TuA7, 27 Achal, R.: SP-MoA11, 18

Acharya, P.: NM2-MoM15, 13

Acres, R.G.: MN-WeM6, 31 Adam, S.: NM1-MoA11, 16

Adams, J.D.: SP-TuA9, 28

Agarwal, S.: NM1-TuA3, 26 Aizawa, Y.: SP-WeM6, 33

Akiyama, W.: NM2-WeA1, 35

Alber, I.: MN-WeA3, 34; NO-WeP3, 38 Alberi, K.: NM3-MoM14, 14

Albers, W.M.: NN-ThM15, 42

Alekperov, Z.: NO-WeP10, 38

Alencar, A.B.: NM1-WeM9, 31

Alencar, T.V.: NM1-TuA2, 26 Alexander, J.: NO-ThM17, 42

Alexandrova, A.N.: SP-MoA11, 18

Aliyeva, N.: NO-WeP10, 38; NO-WeP9, 38 Allan, M.P.: NM1-ThM14, 41

Allegretti, F.: MN-WeM6, 31

Alonso Cotta, M.: NN-MoM6, 14 Alshareef, H.N.: MN-WeA3, 34

Altfeder, I.: SP-ThM16, 43

Altman, EI.: SP-MoM9, 15 Alvarado, A.: NM-MoP2, 20

Alves de Souza, A.: NN-MoM6, 14

Amara, H.: NM1-TuA11, 26 Andalibi, M.R.: NM-MoP21, 20

Anderson, B.: SP-MoA9, 18

Anderson, E.: NM2-MoA1, 17 Anderson, J.R.: SP-MoA9, 18

Ando, M.Ando.: MN-MoA4, 16

André, S.: QC-TuA2, 28 Antalík, M.: NN-MoP5, 21

Antonoplis, A.S.: NM-MoP19, 20

Aoki, N.: NM2-WeA1, 35 Apkarian, A.: SP-WeP13, 39

Apkarian, V.A.: SP-WeM15, 33

Appavoo, K.: NO-WeM12, 32 Arai, S.: NO-WeP8, 38

Arciniegas, M.: NM2-TuA7, 27

Arias, J.: NN-MoM12, 14 Arima, E.A.: SP-MoA1, 18

Armani, A.M.: NO-FrM3, 47

Arruebo, M.: NN-ThM14, 42 Arvet, C.: NO-ThM13, 42

Ashita, Y.: SP-MoA2, 18

Assig, M.: QC-ThM14, 43; SP-MoA10, 18 Ast, C.R.: QC-ThM14, 43; SP-MoA10, 18

Auluck, HS.: SP-MoA11, 18

Auwärter, W.: MN-TuA11, 26; MN-WeM6, 31 Awschalom, D.D.: QC-TuA12, 28

— B — Babaee Tooski, B.: MN-MoP7, 20

Babajani, N.: NM2-WeM15, 32 Bábor, P.: NM2-WeM13, 32

Baek, H.: NM1-FrM3, 46; NM1-ThM13, 41; NM2-

MoA2, 17; NM2-MoA3, 17 Bairagi, K.: QC-TuA7, 28

Bal, S.: NM2-WeA2, 35

Balashov, T.: QC-TuA2, 28 Baljozovic, M.: MN-TuA1, 26; QC-TuM9, 25

Ballard, J.B.: NO-ThM15, 42; NO-ThM17, 42; SP-

FrM7, 48 Ballav, N.: MN-TuA1, 26; NM2-TuA10, 27; QC-

TuM9, 25

Balzarotti, A.: NM2-MoM6, 13 Banfield, J.F.: NN-MoM8, 14

Bao, W.: MN-MoA9, 16

Barboza, A.P.M.: NM1-WeM9, 31 Barja, S.: MN-MoA9, 16

Barr, M.C.: NM1-MoA4, 16

Barreteau, C.: QC-TuA7, 28 Barth, J.V.: MN-TuA11, 26; MN-WeM6, 31

Bartos, M.: NM-MoP6, 20

Bartoš, M.: NM1-TuM9, 24 Bartosik, M.: NM-MoP6, 20

Bartošík, M.: NM1-TuM8, 24; NM-MoP7, 20

Basante, J.: NN-MoM12, 14 Baše, T.: SP-MoA11, 18

Bashir, A.: NM1-TuA1, 26

Basile, L.: NM1-FrM8, 46 Bauer, S.: NM2-MoA4, 17

Baumann, S.: QC-ThM12, 43; QC-WeP4, 38

Baykara, MZ.: SP-MoM9, 15 Bayramov, H.: NO-WeP9, 38

Beaton, D.A.: NM3-MoM14, 14

Beeman, J.W.: NM1-TuA9, 26 Belacel, C.: NO-WeA2, 35

Belcher, D.R.: MN-WeM14, 31

Belianinov, A.: SP-WeA1, 36 Bell, M.: NM1-ThM6, 41

Bellec, A.: QC-TuA7, 28

Beltram, F.: NM1-TuM6, 24 Beltran-Ríos, C.L.: MN-MoP12, 20

Benalloul, P.: NM2-TuA12, 27

Benítez, A.B.L.: NM3-MoA1, 17 Berggren, K.: NO-TuM6, 25

Berke, H.B.: MN-TuM12, 23 Bernard, R.: NM2-WeA10, 35

Bertagnolli, E.: MN-WeA12, 34

Bertani, F.: QC-ThM15, 43 Bertness, K.A.: MN-WeA10, 34; SP-TuA11, 28

Bertozzi, A.: SP-MoA11, 18

Beussman, D.: NO-WeP13, 38 Bhandari, S.: NM1-MoA4, 16

Bigourdan, F.: NO-WeA2, 35

Bird, J.: NM2-WeA1, 35 Bischof, M.: NO-ThM15, 42

Bischoff, F.: MN-WeM6, 31

Björk, J.: NM2-TuA10, 27 Blanchard, P.T.: MN-WeA10, 34; SP-TuA11, 28

Bléger, D.: NM2-MoA12, 17

Bliznakov, S.: NM2-TuM8, 24 Blonder, R.: NE-TuM13, 23

Bobisch, C.A.: MN-MoP5, 20; MN-MoP6, 20;

NM2-MoA4, 17; SP-WeM14, 33 Bogdanov, S.G.: NM1-MoA12, 16

Boilot, J.P.B.: NO-TuM8, 25

Bolívar-Martínez, L.E.: QC-WeP2, 38 Boneschanscher, M.P.: SP-MoM8, 15

Borca, B.: MN-TuM15, 23

Borensztein, Y.: NM2-WeA10, 35 Borges Pontes, R.B.: MN-MoP9, 20

Borwankar, A.U.: NM2-TuM12, 24

Bouhassoune, M.: SP-ThM6, 43 Bourdillon, C.: NM2-TuA12, 27

Bouvron, S.: NM1-MoA10, 16

Bowler, D.: NM2-MoM14, 13 Brazdova, V.: NM2-MoM14, 13

Brenning, N.: NM2-WeA9, 35

Bresch, C.: QC-TuA2, 28 Brianceau, P.: NO-ThM13, 42

Bright, V.M.: SP-TuA11, 28

Břínek, L.: NM-MoP7, 20; NO-WeA12, 35 Brinek, L.B.: NO-FrM7, 47

Brivio, S.: NM3-MoM6, 14

Brown, D.: NM1-WeA9, 34 Brown, K.A.: NO-TuM9, 25

Browning, N.: NO-MoA9, 17

Brubach, J.-B.: NO-FrM5, 47 Brubaker, M.D.: MN-WeA10, 34

Brun, C.: NM1-ThM9, 41

Brune, H.: SP-ThM12, 43 Bryant, B.: QC-TuM14, 25

Bryant-Meisner, MAA.: MN-WeM14, 31

Buatier de Mongeot, F.: NM2-TuA11, 27

Bulach, V.: NM2-TuA2, 27 Bulir, J.: NM2-WeA12, 35

Bulou, H.: NM2-WeA8, 35

Burgess, J.: QC-TuA1, 28; QC-TuA11, 28; QC-TuA4, 28; SP-TuA7, 28; SP-WeP9, 39

Burke, S.: MN-TuA4, 26; MN-WeM13, 31

Burnham, N.A.: NE-TuM14, 23; NN-MoP2, 21; SP-WeA4, 36

Burr, L.: MN-WeA3, 34; NO-WeP3, 38

— C — Cabrini, S.: MN-MoA9, 16; NN-MoP4, 21

Cahen, D.: MN-TuM14, 23 Cai, J.J.: NM1-TuM8, 24; NO-TuA7, 27

Cakir, D.: MN-MoP4, 20; NM2-MoM9, 13

Calvo, M.R.: QC-TuM13, 25

Camargo, J.: NN-MoM12, 14

Camesano, T.A.: NN-MoP2, 21 Campbell, B.J.: NM1-MoA12, 16

Capehart, S.: NO-FrM6, 47

Capsoni, M.: MN-TuA4, 26 Caraveo-Frescas, J.A.: MN-WeA3,34

Carbillet, C.: NM1-ThM9, 41

Carter, E.A.: NM2-FrM3, 47 Cechal, J.: NM3-MoM15, 14

Čechal, J.: NM2-WeM13, 32; NN-MoP5, 21

Centrone, A.: NO-WeA1, 35 Cerchez, V.: NM1-ThM9, 41

Chabal, Y.J.: NO-ThM15, 42

Chacham, H.: NM1-TuA2, 26; NM1-WeM9, 31 Chacon, C.: NM1-TuA11, 26; NM2-WeA4, 35;

NM2-WeA8, 35; QC-TuA7, 28

Chae, J.: NM1-MoA11, 16 Chaliampalias, D.: NM-MoP5, 20

Chamoli, P.: NM1-TuM9, 24

Chang, A.N.: NM1-WeA9, 34 Chang, N.N.: MN-MoA12, 16

Chang, S.X.: QC-TuM8, 25

Chao, W.: NM2-MoA1, 17 Chen, C.H.: QC-TuM8, 25

Chen, F.Z.: SP-WeP15, 39; SP-WeP16, 39

Chen, G.: QC-TuA3, 28 Chen, H.-Y.T.: NM2-MoM8, 13

Chen, H.Z.: MN-MoP1, 20

Chen, P.: SP-MoM12, 15 Chen, Y.: NM1-FrM7, 46

Cheng, X.: NM1-TuM12, 24

Cheng, Z.: SP-MoM12, 15 Cherala, A.: NO-ThM15, 42

Chiang, C.: MN-TuA9, 26

Chiappe, D.: NM1-WeA3, 34 Chiavetta, D.: NO-ThM7, 42

Cho, E.: NM1-WeM14, 31

Cho, H.J.: SP-WeP11, 39 Cho, H.K.: MN-MoP3, 20

Cho, J.-H.: NM2-MoM7, 13

Cho, J.-W.: SP-ThM14, 43 Cho, S.: SP-WeM7, 33

Cho, S-J.: NN-MoM15, 14

Cho, Y.: NM1-MoM15, 13; SP-FrM5, 48; SP-WeA3, 36

Choi, D.-J.: QC-TuA1, 28; QC-TuA11, 28; QC-

TuA4, 28; SP-TuA7, 28; SP-WeP9, 39 Choi, M.H.: NN-MoM15, 14

Chu, N.N.: SP-WeP15, 39; SP-WeP16, 39 Chung, S.: NO-ThM12, 42

Chung, W.: NO-ThM12, 42

Cianci, E.: NM3-MoM6, 14 Cinquanta, E.: NM1-WeA3, 34

Ciobanu, C.V.: NM1-TuA3, 26; NM1-WeM8, 31;

NM2-TuM14, 24; NM2-WeM8, 32 Clark, K.W.: NM1-FrM8, 46; SP-FrM3, 48

Coady, D.: SP-WeA7, 36

Coati, A.: NM2-WeA10, 35 Cochrane, K.A.: MN-WeM13, 31

51 Author Index

Coenen, M.J.J.: NM2-TuA3, 27

Cohen, S.R.: MN-TuM14, 23; NE-TuM13, 23 Coletti, C.: NM1-TuM6, 24

Comboroure, C.: NO-ThM13, 42

Condorelli, G.G.: QC-ThM15, 43 Conesa-Boj, S.: MN-WeA12, 34

Convertino, D.: NM1-TuM6, 24

Coolen, L.: NM2-TuA12, 27; NO-FrM8, 47; NO-WeA11, 35; NO-WeA2, 35

Coperet, C.: NM2-ThM6, 41

Cornia, A.: QC-TuA4, 28 Cortes, R.: NM1-FrM5, 46

Cottin, M.C.: MN-MoP6, 20; SP-WeM14, 33

Courty, A.: NM2-TuM8, 24; NM2-WeM6, 32 Cren, T.: NM1-ThM9, 41

Cress, C.D.: NM1-TuA9, 26

Croset, B.: NM2-WeA10, 35 Crossley, M.J.: NM2-TuA3, 27

Crozier, P.: NM2-FrM7, 47

Culbertson, J.C.: NM1-TuA9, 26

Curson, N.: NM2-MoM14, 13

Czap, G.: MN-WeM8, 31; NM2-FrM5, 47

— D — Dadras, J.: SP-MoA11, 18 Dagdeviren, OE.: SP-MoM9, 15

Dähne, M.: NM2-TuA1, 27

Dalcanale, E.: QC-ThM15, 43 Damková, J.: NM-MoP7, 20

Dana, R.: SP-MoA9, 18

Darakchieva, V.: NM1-MoM10, 13 Davis, J.C.: NM1-ThM14, 41; NM-MoP10, 20

Davydov, A.V.: NM2-MoA3, 17

Dayen, J.-F.: MN-TuM8, 23 de Mendoza, P.: NO-TuM14, 25

De Wilde, Y.: NO-FrM5, 47

De Yoreo, J.J.: NM2-TuM14, 24; NN-MoM8, 14; NO-FrM6, 47; NO-ThM12, 42

Dean, C.: NM1-MoA11, 16

Debontridder, F.: NM1-ThM9, 41 Decurtins, S.: QC-TuM9, 25

Dedkov, Yu.S.: NM1-MoA10, 16

Deirmenjian, J.: SP-MoA11, 18 Delafosse, G.: NM2-TuA4, 27

Delgado, F.: QC-TuM13, 25; QC-TuM14, 25

den Boer, D.: MN-TuA2, 26 Deng, W.: NM1-FrM8, 46

Dhawan, A.R.: NO-WeA2, 35

Di Stasio, F.: NM2-TuA7, 27 Díaz-Tendero, S.: NM2-TuM15, 24

Dick, D.: NO-ThM15, 42

Dick, K.A.: MN-WeA11, 34 Diederich, F.: NM2-TuA10, 27

Dil, J.: NM2-MoM9, 13

Diller, K.: MN-WeM6, 31 Dillon, E.: SP-MoA4, 18

Dimitrakopoulos, C.: NM1-MoM6, 13

Dimitry, I.H.: NO-WeP11, 38 Do, J.-W.: MN-MoA10, 16

Dong, Z.: SP-WeM12, 33

Doudin, B.: MN-TuM8, 23 Douillard, L.: NO-WeA11, 35

Dove, P.M.: NN-MoM8, 14

Dreyer, M.: SP-MoA9, 18; SP-MoA9, 18 Drost, R.: NM1-FrM6, 46

Du, S.X.: NM1-MoM12, 13 Dub, P.D.: NO-FrM7, 47

Dubertret, B.: NO-FrM8, 47; NO-WeA2, 35

Dubon, O.D.: NM1-TuA9, 26 Ducastelle, F.: NM1-TuA11, 26

Duda, R.: NM2-WeM13, 32

Duerig, U.: SP-WeA7, 36 Duff, S.M.: MN-WeA10, 34

Duncan, D.A.: MN-WeM6, 31

Dupré, C.: NO-ThM13, 42 Durand, C.: NM1-TuA10, 26

— E — Ebeling, D.: SP-WeA8, 36

Ebnonnasir, A.: NM1-WeM8, 31

Echavarren, AM.: NO-TuM14, 25

Ecija Fernandez, E.: MN-TuA11, 26 Écija, D.: MN-WeM6, 31

Édesz, Z.: NM-MoP7, 20

Egler, C.E.: MN-TuM12, 23 Eichelsdoerfer, D.J.: NO-TuM9, 25

Eisenbraun, E.: NM3-MoA2, 17

Ekinci, Y.E.: NO-TuA12, 27 El Hallak, F.: QC-TuM15, 25

Elemans, J.A.A.W.: NM2-MoA7, 17; NM2-TuA3,

27 Eltschka, M.: QC-ThM14, 43; SP-MoA10, 18

Erickson, B.W.: SP-TuA9, 28

Ernst, A.: QC-TuA2, 28 Ernst, T.: NO-ThM13, 42

Eslami, B.: SP-WeA8, 36

Estrada, D.: MN-MoA12, 16; NM1-WeA9, 34 Etrillard, C.: MN-TuM8, 23

Etzkorn, M.: NO-WeA10, 35; QC-ThM14, 43; SP-

MoA10, 18; SP-TuA7, 28

— F — Fabbri, F.B.: NO-TuM8, 25

Fan, D.F.: NO-TuA12, 27

Fanciulli, M.: NM1-WeA3, 34 Fantner, G.E.: SP-TuA9, 28

Farha, R.: NM2-TuA12, 27

Fatayer, S.: NM2-TuA10, 27 Fatima, F.: MN-MoP4, 20

Fauré, M.: NM2-TuA12, 27

Fazi, L.: NM2-MoM6, 13 Fazzio, A.: MN-MoP9, 20

Fedorov, V.E.: NM1-MoA12, 16

Feenstra, R.M.: NM1-MoA1, 16; SP-FrM3, 48 Feezell, D.F.: NO-ThM9, 42

Fei, XM.: SP-WeP6, 39

Fekete, L.: NM2-WeA12, 35 Felts, J.: NO-ThM12, 42

Feng, X.: NM1-TuA4, 26

Fernandez-Cuesta, I.: NN-MoP4, 21 Fernández-Rossier, J.: QC-TuM13, 25; QC-TuM14,

25

Ferrariani, P. QC-ThM16, 43 First, P.N.: NM1-MoM8, 13

Fischer, S.: MN-WeM6, 31

Fisher, A.J.: QC-TuM15, 25 Fitl, P.: MN-MoP8, 20; NM2-WeA12, 35

Flatté, M.E.: QC-ThM17, 43

Fonin, M.: NM1-MoA10, 16 Fowlkes, J.D.: NM1-TuA10, 26

Francis, M.: NO-FrM6, 47

Franz, M.: NM2-TuA1, 27 Frasier, J.: NO-WeA9, 35

Frederich, H.: NO-WeA11, 35

Frenken, JWM.: NM2-MoA11, 17; NO-MoA11, 17 Friedlein, J.: SP-ThM9, 43

Friedman, N.: MN-TuM14, 23

Froidevaux, R.: NO-WeA10, 35 Fu, J.: NO-ThM15, 42

Fuchs, E.: NO-ThM15, 42; NO-ThM17, 42; SP-

FrM7, 48 Fukidome, H.: NM1-MoM15, 13

Fukuda, H.: MN-MoA11, 16

Funakubo, K.: NM1-MoM15, 13 Furui, M.: NO-WeM8, 32

Furukawa, M.: NO-WeA3, 35

— G — Gacoin, T.G.: NO-TuM8, 25 Gaddis, R.L.: NN-MoP2, 21

Gade, L.: NM2-TuA10, 27

Gallego, J.M.: NM2-TuM15, 24 Gannepalli, A.: SP-TuA3, 28

Gans, A.R.: SP-WeP10, 39

Gao, C.: SP-ThM8, 43 Gao, H.-J.: NM1-MoM12, 13; NM1-WeM12, 31;

SP-WeP6, 39

Gao, L.: SP-ThM14, 43; SP-WeP6, 39 Gao, Y.: NM1-MoA11, 16

Gao, Y.L.: NM1-MoM14, 13

García, G.G.S.: NM3-MoA1, 17

Gardner, E.: NO-WeA9, 35 Garreau, Y.: NM2-WeA10, 35

Gasseller, M.: SP-WeP3, 39

Gehrke, H.-G.: MN-FrM8, 46 Geilhufe, M.: QC-TuA2, 28

Generosi, J.: NN-ThM16, 42

George, M.: NO-WeA9, 35 Gerasimov, E.G.: NM1-MoA12, 16

Gershenson, M.: NM1-ThM6, 41

Giebink, N.C.: SP-ThM14, 43 Giessibl, F.: SP-ThM6, 42

Gilles, J.: SP-MoA11, 18

Gilmer, G.H.: NM2-TuM14, 24; NM2-WeM8, 32 Giordano, L.: NM2-MoM8, 13

Giordano, M.C.: NM2-TuA11, 27

Girard, Y.: NM1-TuA11, 26; NM2-WeA4, 35; NM2-WeA8, 35; QC-TuA7, 28

Girolami, G.S.: MN-MoA12, 16

Girovsky, J.: MN-TuA1, 26; NM2-TuA10, 27; QC-

TuM9, 25

Giuffre, A.J.: NN-MoM8, 14

Glaser, M.: MN-WeA12, 34 Godlewski, S.: NM2-MoA12, 17; NO-TuM14, 25

Goeckeritz, J.: SP-WeP18, 39

Goh, K.E.J.: SP-WeA10, 36 Golberg, D.: NO-ThM14, 42

Goldmann, M.: NM2-TuA12, 27 Goler, S.: NM1-TuM6, 24

Goletti, C.: NM2-MoM6, 13

Golkar, F.: QC-TuM6, 25 Gomes, E.F.A.: NM1-TuA2, 26

Gomez, I.: NM3-MoA3, 17; NM3-MoA4, 17

Gomez, L.: NN-ThM14, 42 Gottardi, S.: MN-TuA12, 26

Gotzen, J.: SP-MoM9, 15

Goulas, A.: NM2-WeM14, 32 Goyhenex, C.: NM2-WeA8, 35

Gragnaniello, L.: NM1-MoA10, 16

Graugnard, E.: NM1-WeA9, 34 Grazianetti, C.: NM1-WeA3, 34

Greeley, J.P.: SP-ThM14, 43

Greffet, J.J.: NO-WeA2, 35 Grenz, J.: MN-WeM9, 31

Greullet, F.: NM2-TuA7, 27

Griffete, N.: NM2-TuA12, 27 Grigoropoulos, C.P.: NM1-WeA11, 34

Grosse, C.: NO-WeA10, 35; SP-TuA7, 28

Große, J.: NM2-TuA1, 27 Grütter, P.G.: NO-ThM16, 42

Gryczynski, I.: NM-MoP15, 20

Gryczynski, Z.: NM-MoP15, 20 Gu, G.: NM1-FrM8, 46; SP-FrM3, 48

Gu, Z.R.: NM1-TuM8, 24; NO-TuA7, 27

Gubó, R.: NM-MoP13, 20 Guénin, E.: NM2-ThM8, 41

Guennouni-Assimi, Z.: NM2-TuA12, 27

Guest, J.R.: SP-ThM14, 43 Guisinger, N.P.: NM1-WeA1, 34; NM1-WeA2, 34;

NM1-WeA4, 34; SP-ThM14, 43

Gunnarsson, R.: NM2-WeA9, 35 Gupta, A.: NM1-TuM12, 24

Gupta, B.: NM1-MoM9, 13

Gupta, J.: SP-WeM8, 33

— H — Ha, J.: NM1-ThM13, 41; NM2-MoA2, 17; NM2-

MoA3, 17

Haasch, R.T.: NM1-FrM7, 46 Habert, B.: NO-WeA2, 35

Haddadine, N.: NM-MoP3, 20

Hagmann, M.J.: SP-TuA10, 28; SP-WeP1, 39; SP-WeP5, 39

Hählen, T.: QC-TuM9, 25

Ham, U.: QC-WeP1, 38 Hämäläinen, S.K.: NM1-FrM6, 46; SP-MoM8, 15

Hamamoto, Y.: NM3-MoM7, 14

Hamm, L.M.: NN-MoM8, 14 Hammerschmidt, L.: NM1-MoA10, 16

Han, D.S.: MN-MoP10, 20; NM-MoP11, 20

Author Index 52

Han, G.D.: MN-TuA2, 26

Han, Z.: MN-TuA9, 26 Hanneken, C.: QC-TuA10, 28

Hao, Y.: NO-FrM6, 47

Harrison, M.: NO-FrM3, 47 Harvey, T.E.: MN-WeA10, 34

Hasegawa, Y.: NM1-ThM8, 41

Hattab, H.: NM2-MoM15, 13 Hauser, J.: MN-MoA3, 16

Hawk, R.: NO-FrM3, 47

He, G.: SP-FrM3, 48 Hecht, S.: NM2-MoA12, 17

Hedrick, J.: SP-WeA7, 36

Heinrich, A.: QC-ThM12, 43 Heinrich, A.J.: QC-ThM16, 43; QC-WeP4, 38

Heiser, T.: MN-TuM8, 23

Helgers, P.L.J.: NO-TuM12, 25 Heller, E.: NM1-MoA4, 16

Helmersson, U.: NM2-WeA9, 35

Hendriksen, B.L.M.: NM2-TuA3, 27

Her, Y.-C.: MN-MoP11, 20

Hergert, W.: QC-TuA2, 28

Hermenau, J.: SP-ThM9, 43 Hernandez-Charpak, J.N.: NM2-MoA1, 17

Hersam, M.C.: NM1-WeA1, 34; NM1-WeA2, 34;

NM1-WeA4, 34; NM1-WeM14, 31 Heun, S.: NM1-TuM6, 24

Hibino, H.: NM1-TuM6, 24 Hirayama, M.: MN-WeA1, 34

Hirjibehedin, C.F.: NM2-MoM14, 13; QC-TuM13,

25; QC-TuM15, 25 Hirose, K.: MN-FrM6, 46

Hirsch, A.K.H.: MN-TuA12, 26

Hitzel, F.: SP-TuA4, 28 Hjort, M.: MN-WeA11, 34

Hla, S.-W.: NO-TuA1, 27

Ho, C.-H.: NM2-FrM6, 47 Ho, W.: MN-TuA9, 26; MN-WeM8, 31; NM2-

FrM5, 47

Hoang, M.T.: NM1-MoM8, 13 Hod, O.: NO-ThM14, 42

Hofer, W.: NM1-MoM12, 13

Hoffmann, M.: QC-TuA2, 28 Hoffmann-Vogel, R.: MN-MoA3, 16; SP-MoM14,

15 Hofsäss, H.: MN-FrM8, 46 Hogan, C.: NM2-MoM6, 13

Hohman, JN.: NM2-TuA9, 27

Homberger, M.: NM2-WeM15, 32 Hone, J.: NM1-MoA11, 16

Hoogeboom-Pot, K.: NM2-MoA1, 17

Hossain, S.: MN-MoP4, 20 Hosseini, M.W.: NM2-TuA2, 27

Hrncir, T.H.: NO-FrM7, 47

Hrtoň, M.: NO-WeA12, 35 Hrton, M.H.: NO-FrM7, 47

Hsiao, C.N.: SP-WeP15, 39; SP-WeP16, 39

Hsieh, H.M.: MN-MoP1, 20 Hsu, C.: NM1-WeA10, 34

Hsu, C.-L.: NM2-MoM15, 13

Hu, Q.: SP-FrM6, 48 Huang, H.: NM1-MoM14, 13

Huang, J.H.: NO-TuA9, 27

Huang, L.: NM1-MoM12, 13 Huang, P.-F.: MN-MoP11, 20

Hulva, J.: NM-MoP7, 20

Husen, A.: NO-WeP12 , 38 Huseynov, K.: NO-WeP10, 38

Hutson, F.L.: NE-TuM14, 23

Hwang, B.: NM1-FrM3, 46; SP-WeP11, 39; SP-WeP12, 39

Hwang, J.U.: NM1-FrM3, 46

Hwang, S.W.: SP-ThM17, 43

— I — Iacopi, F.: NM1-MoM9, 13

Iancu, V.: NM2-MoM8, 13

Ido, S.I.: NN-MoM14, 14 Idrobo, J.-C.: NM1-FrM8, 46

Ilin, K.: NM1-ThM9, 41

Ioffe, L.: NM1-ThM6, 41

Irusta, S.: NN-ThM14, 42 Irving, OR.: SP-MoA11, 18

Ishii, H.: MN-FrM6, 46

Isoyama, K.I.: SP-MoA1, 18 Ito, M.: NO-ThM8, 42; NO-WeP5, 38; NO-WeP6,

38

— J — J. R. da Silva, A.J.R.: MN-MoP9, 20

Jäck, B.: SP-MoA10, 18 Jacob, D.: QC-TuM13, 25

Jacobse, P.H.: NO-TuM13, 25 Jaeck, B.: QC-ThM14, 43

Jaggi, M.: QC-TuM9, 25

Janissen, R.: NN-MoM6, 14 Janssen, R.A.J.: MN-TuA2, 26

Janssens, E.: NM2-MoM8, 13

Jariwala, B.N.: NM1-TuA3, 26 Javaux, C.: NO-FrM8, 47

Jeon, I.: SP-ThM17, 43

Jeon, S.: SP-WeP11, 39 Jesse, S.: SP-WeA1, 36

Ji, W.: SP-MoM12, 15

Jia, J.F.: NM1-ThM12, 41; NM1-ThM15, 41 Jiang, Y.: MN-TuA7, 26

Jin, H.: NM1-TuM8, 24

Jnawali, G.: NM2-MoM15, 13 Jo, S.W.: NO-WeP7, 38; SP-WeP12, 39

Jo, W.: SP-MoA3, 18

Joachim, C.J.: MN-TuM9, 23; NO-TuM14, 25; NO-TuM15, 25

Jobst, J.: NM1-MoA3, 16

Johal, M.S.: NN-MoP1, 21; NN-MoP3, 21 Johannes, A.: MN-WeA12, 34

Johansson, L.S.O.: MN-WeM12, 31

Johnson, A.: NM1-WeA10, 34 Johnson, L.E.: NM-MoP9, 20; NN-MoP1, 21

Johnston, KP.: NM2-TuM12, 24

Jokinen, A.: NN-ThM15, 42 Jones, B.A.: QC-TuA9, 28

Joselevich, E.J.: MN-FrM3, 46; NO-ThM14, 42

Joucken, F.: NM1-TuA11, 26 Jousselme, B.: NM2-TuA4, 27

Jung, G-E.: NN-MoM15, 14

Jung, S.: NM1-MoA11, 16 Jung, T.A.: MN-TuA1, 26; NM2-TuA10, 27; QC-

TuM9, 25

Jungjohann, K.: NM2-TuM8, 24

— K — Kabakchiev, A.: NO-WeA10, 35

Kabos, P.: SP-TuA11, 28

Kahang, S.: SP-ThM17, 43 Kalfon-Cohen, E.: NM1-MoA4, 16

Kalinin, S.: SP-WeA1, 36

Kalousek, RK.: NO-FrM7, 47 Kanamaru, Y.Kanamaru.: MN-MoA4, 16

Kandel, S.A.: SP-WeP10, 39

Kang, J.J.: NN-MoP3, 21 Kang, M.S.: MN-MoP10, 20; NM-MoP11, 20

Kao, M.C.: MN-MoP1, 20

Kappes, B.B.: NM2-WeM8, 32 Kapteyn, H.: NM2-MoA1, 17

Kar, K.K.: NM1-TuM9, 24

Karlewski, C.: QC-TuA2, 28 Karthäuser, S.: MN-MoP2, 20; NM2-WeM15, 32

Kasai, H.: NM2-ThM9, 41

Kastlunger, G.K.: MN-TuM12, 23 Kaulen, C.: NM2-WeM15, 32

Kauppinen, E.: NM2-WeA4, 35

Kautz, J.: NM1-MoA3, 16 Kawabata, M.: MN-WeA1, 34; NO-WeP8, 38

Kawahara, L.: QC-TuA7, 28

Kawai, H.: NO-TuM14, 25; NO-TuM15, 25 Kelkar, S.: NO-ThM7, 42

Kelly, S.J.: SP-ThM15, 43

Kern, K.: MN-TuM15, 23; NO-WeA10, 35; QC-ThM14, 43; SP-MoA10, 18; SP-TuA7, 28

Khajetoorians, A.A.: SP-ThM6, 43; SP-ThM7, 43

Khalilova, N.: NO-WeP10, 38; NO-WeP9, 38

Kharisov, B.I.: NM3-MoA3, 17 Kießig, B.: MN-MoA3, 16

Kim, E.: NM1-TuA12, 26

Kim, GY.: SP-MoA3, 18 Kim, H.: NM1-ThM8, 41

Kim, H.W.: SP-ThM17, 43

Kim, J.S.: NM1-ThM16, 41 Kim, JR.: SP-MoA3, 18

Kim, K.: NM1-WeA11, 34

Kim, M.: NM1-TuA1, 26; QC-TuA12, 28 Kim, P.: NM1-MoA11, 16

Kim, S.: NM1-FrM3, 46; NM2-MoA2, 17; NM2-

WeA11, 35; NO-WeP7, 38; SP-WeP11, 39; SP-WeP12, 39

Kim, S.H.: MN-MoP3, 20

Kim, Y.: NM2-MoA2, 17 Kim, Y.-K.: NM-MoP15, 20

Kimura, H.: NM2-FrM5, 47

Kimura, T.: SP-WeA9, 36

King, S.: NM2-MoA1, 17

King, W.P.: NO-ThM12, 42; SP-FrM4, 48

Kiraly, B.: NM1-WeA1, 34; NM1-WeA2, 34; NM1-WeA4, 34

Kirtley, J.: NM1-ThM16, 41

Kis, A.: NM1-WeA7, 34 Kittidachan, P.: NM-MoP1, 20

Kjoller, K.: SP-FrM6, 48; SP-MoA4, 18 Klappenberger, F.: MN-TuA10, 26

Klauk, H.: MN-TuM15, 23

Kleibert, A.: QC-TuM9, 25 Klein, C.: NM2-MoM15, 13

Knoll, A.: SP-WeA7, 36

Knutsson, J.: MN-WeA11, 34 Ko, W.: SP-ThM17, 43

Kobayashi, K.K.: MN-MoA7, 16; NN-MoM14, 14;

SP-WeA9, 36 Kobayashi, M.: NO-WeM8, 32

Kobayashi, N.: MN-FrM6, 46

Koch, M.K.: MN-TuM12, 23 Kocun, M.: SP-TuA3, 28

Kodambaka, S.: NM1-WeM8, 31; NM2-WeM12,

32 Koel, B.E.: NM2-FrM3, 47

Koenraad, P.M.: NO-TuM12, 25

Koepke, J.C.: NM1-FrM7, 46 Koh, AL.: NO-WeA12, 35

Köhler, A.: MN-WeM9, 31

Kohlhaas, R.: NM2-TuA1, 27 Kolibal, M.: MN-WeA4, 34

Kolíbal, M.: NM-MoP7, 20

Kolmer, M.: NM2-MoA12, 17; NO-TuM14, 25 Kominami, H.K.: NN-MoM14, 14

Konečný, M.: NM1-TuM8, 24

Kónya, Z.: NM-MoP13, 20 Koops, H.W.P.: MN-MoA11, 16

Kormoš, L.: NM1-TuM8, 24

Korolev, A.V.: NM1-MoA12, 16 Kortan, V.R.: QC-ThM17, 43

Koten, M.: QC-TuM6, 25

Koudia, M.: NM2-TuA4, 27 Kraft, U.: MN-TuM15, 23

Krahne, R.: NM2-TuA7, 27

Křápek, V.: NO-WeA12, 35 Krapek, V.K.: NO-FrM7, 47

Krasheninnikov, A.V.: NM1-TuA7, 26

KRATZ, P.A.: NM1-ThM16, 41 Krause, S.: SP-ThM9, 43; SP-WeP17, 39

Krauser, J.: MN-FrM5, 46

Krieg, U.: MN-WeA2, 34 Kröger, P.: MN-MoA1, 16

Kronawitter, C.X.: NM2-FrM3, 47

Kropman, D.: NM3-MoM8, 14 Ku, J.: SP-ThM17, 43

Kubetzka, A.: QC-TuA10, 28

Kuhnke, K.: NO-WeA10, 35; SP-TuA7, 28 Kuk, Y.: NM1-FrM3, 46; NM1-ThM13, 41; NM2-

MoA2, 17; NM2-MoA3, 17; NM2-WeA11, 35;

53 Author Index

NO-WeP7, 38; QC-WeP1, 38; SP-WeM7, 33;

SP-WeP11, 39; SP-WeP12, 39 Kummerlowe, C.: NM-MoP9, 20

Kung, C.Y.: MN-MoP1, 20

Kunze, A.: NN-MoP1, 21 Kvapil, M.K.: NO-FrM7, 47

Kwon, H.: SP-ThM17, 43

Kwon, J.: QC-WeP1, 38 Kwon, J.H.: NM1-FrM3, 46; NM2-WeA11, 35;

NO-WeP7, 38; SP-WeM7, 33

— L — Laas, T.: NM3-MoM8, 14 Labidi, H.: SP-MoA11, 18

Labuda, A.: SP-TuA3, 28

Lafosse, X.: NO-WeA2, 35 Lagoute, J.: NM1-TuA11, 26; NM2-WeA4, 35;


Lahiri, J.: NM1-FrM5, 46 Lahlil, K.L.: NO-TuM8, 25

Lancok, J.: NM2-WeA12, 35

Landolt, G.: NM2-MoM9, 13 Lange, M.: MN-MoP5, 20

Lanzilotto, V.: QC-TuA4, 28

Lard, M.: NN-ThM16, 42 Lassailly, Y.L.: NO-TuM8, 25

Lauwaet, K.: NM2-MoM8, 13; NM2-TuM15, 24

Laverdant, J.: NO-FrM8, 47; NO-WeA11, 35 Lawton, T.J.: NM2-MoA9, 17

Leblebici, S.: MN-MoA9, 16

Leclerc, N.: MN-TuM8, 23 Lee, J.: MN-MoA9, 16; SP-WeM15, 33; SP-

WeP13, 39

Lee, J.-H.: NM2-MoM7, 13 Lee, M.J.: NM1-FrM3, 46; NM2-WeA11, 35; NO-

WeP7, 38; QC-WeP1, 38; SP-WeM7, 33; SP-

WeP11, 39; SP-WeP12, 39 Lee, S.: NM1-TuA1, 26; SP-ThM17, 43

Lee, S.-W.: NO-ThM12, 42

Lehmann, S.: MN-WeA11, 34 Leicht, P.: NM1-MoA10, 16

Lemberger, T.: NM1-ThM16, 41

Leong, G.J.: NM2-WeM8, 32 Leridon, B.: NM1-ThM9, 41

Lethiec, C.: NO-FrM8, 47; NO-WeA11, 35

Leven, I.: NO-ThM14, 42 Levy, N.: NM2-MoA10, 17

Li, A.-P.: NM1-FrM8, 46; NM1-TuA10, 26; SP-

FrM3, 48 Li, D.: NN-MoM8, 14

Li, H.: NM1-MoM14, 13

Li, L.: NM1-WeA10, 34 Li, S.: SP-MoM12, 15

Li, S.W.: MN-WeM8, 31; NM2-FrM5, 47

Li, Y.: NM1-MoM8, 13; SP-MoA2, 18 Li, Y.J.: NO-WeA3, 35; SP-MoA1, 18

Li, Z.: NM2-MoM8, 13

Li, Z.C.: MN-FrM7, 46 Liao, X.: NO-TuM9, 25

Licea-Rodríguez, J.: NO-WeP1, 38

Lichtenstein, A.: SP-ThM7, 43 Lichtenstein, T.: MN-WeA2, 34

Lievens, P.: NM2-MoM8, 13

Liljeroth, P.: NM1-FrM6, 46; SP-MoM8, 15 Lim, S.J.: NM1-FrM3, 46; NM2-WeA11, 35; NO-

WeP7, 38; QC-WeP1, 38; SP-WeP11, 39; SP-WeP12, 39

Lim, S.S.: NO-WeM9, 32

Lim, T.: NM2-MoM14, 13 Lin, H.: NM2-WeA4, 35

Lin, Y.-P.: NM2-TuA4, 27

Linden, A.: NO-TuA8, 27 Linke, H.: NN-ThM16, 42

Liou, Y.: QC-TuM8, 25

Lis, J.: NO-TuM14, 25 Liskova, Z.: NM-MoP6, 20

Lišková, Z.: NM1-TuM8, 24

Lissel, F.L.: MN-TuM12, 23 Liu, C.: NM1-ThM12, 41

Liu, J.: NO-WeM15, 32

Liu, L.: NM1-FrM8, 46

Liu, M.: NO-FrM6, 47; NO-WeM12, 32 Liu, S.-X.: QC-TuM9, 25

Liu, X.: NM1-WeM14, 31

Livadaru, L.: SP-MoA11, 18 Livingston, R.: NM1-WeA9, 34

Lo, M.: SP-FrM6, 48

Lobb, C.J.: SP-MoA9, 18; SP-MoA9, 18 Locharoenrat, K.: NM-MoP1, 20

Löhneysen, H.v.: MN-MoA3, 16; SP-MoM14, 15

Loiseau, A.: NM2-WeA4, 35 Lorente, N.: QC-TuA1, 28

Lorke, A.: NM2-MoM15, 13

Lörtscher, E.L.: MN-TuM12, 23 Loth, S.: QC-TuA1, 28; QC-TuA11, 28; QC-TuA4,

28; SP-TuA7, 28; SP-WeP9, 39

Lou, J.: NM1-TuA10, 26 Lounis, S.: SP-ThM6, 43

Lucci, F.R.: NM2-MoA9, 17

Lugstein, A.: MN-WeA12, 34

Lükermann, D.: MN-MoA1, 16

Luna, J.A.L.L.: NM3-MoA1, 17

Luo, Y.: NO-WeM15, 32 Luther, J.M.: MN-MoA8, 16

Lutz, C.P.: QC-ThM16, 43; QC-WeP4, 38

Lutz, T.: NO-WeA10, 35 Lv, S.: MN-FrM7, 46

Lyding, J.W.: MN-MoA12, 16; NM1-FrM7, 46

— M — Macco, B.: NM1-TuA3, 26 Mach, J.M.: NM1-TuM8, 24; NM-MoP6, 20; NM-

MoP7, 20

Mackenzie, A.P.: NM1-ThM14, 41 Maeda, S.: MN-WeA1, 34

Maffini Alvaro, V.: NO-ThM13, 42

Maisonhaute, E.: NM2-TuM8, 24 Maitre, A.: NM2-TuA12, 27

Maître, A.: NO-FrM8, 47; NO-WeA11, 35; NO-

WeA2, 35 Maksymovych, P.: SP-ThM15, 43

Malard, L.M.: NM1-TuA2, 26

Malavolti, L.: QC-TuA4, 28 Mallek, J.L.: MN-MoA12, 16

Mamedov, T.: NO-WeP10, 38; NO-WeP9, 38

Mamin, H.J.: QC-TuA12, 28 Mangeney, C.: NM2-TuA12, 27

Manna, L.: NM2-TuA7, 27

Mannini, M.: QC-ThM15, 43; QC-TuA4, 28 Mannix, A.J.: NM1-WeA1, 34; NM1-WeA2, 34;

NM1-WeA4, 34

Mansour, A.: NO-WeP11, 38 Månsson, A.: NN-ThM16, 42

Marchak, D.: MN-TuM14, 23

Marcinkowski, M.D.: NM2-MoA9, 17 Marcott, C.: SP-FrM6, 48

Mareš, P.: NM-MoP7, 20

Maresova, E.: MN-MoP8, 20; NM2-WeA12, 35 Marets, N.: NM2-TuA2, 27

Märkl, T.: QC-TuA2, 28

Marquier, F.: NO-WeA2, 35 Marras, S.: NM2-TuA7, 27

Martella, C.: NM2-TuA11, 27

Martens, S.: NM2-TuA10, 27 Marthaler, M.: QC-TuA2, 28

Martín, F.: NM2-TuM15, 24 Martín, N.: NM2-TuM15, 24

Martinelli, L.M.: NO-TuM8, 25

Marz, M.: MN-MoA3, 16; SP-MoM14, 15 Mashoff, T.: NM1-TuM6, 24

Massee, F.: NM1-ThM14, 41; NM-MoP10, 20

Masuda, A.: MN-WeA1, 34 Matayoshi, M.Matayoshi.: NM-MoP8, 20

Mathews, N.: NO-WeM9, 32

Matsunaga, M.: NM-MoP18, 20 Matveev, K.: SP-ThM16, 43

Maynard, J.A.: NM2-TuM12, 24

McCarthy, E.: SP-WeP3, 39 McCarty, K.F.: NM1-FrM8, 46

McDonnell, S.J.: NO-ThM15, 42

McGuire, M.A.: SP-ThM15, 43

Mehdiyev, R.: NO-WeP10, 38 Mehrabani, S.: NO-FrM3, 47

Melli, M.: MN-MoA9, 16

Melosh, N.: NM2-TuA9, 27 Mennucci, C.: NM2-TuA11, 27

Mensch, P.: SP-WeA7, 36

Menzel, M.: QC-TuA10, 28 Mercer-Smith, A.R.: NM-MoP19 , 20

Mertig, I.: QC-TuA2, 28

Mikkelsen, A.: MN-WeA11, 34 Minemoto, T.: NM3-MoM7, 14

Minne, S.C.: NN-MoM13, 14

Miranda, R.: NM2-TuM15, 24 Mirkin, C.A.: NO-TuM9, 25; SP-MoA11, 18

Mirri, F.: NO-WeM15, 32

Miseikis, V.: NM1-TuM6, 24 Mistzal, K.: QC-ThM15, 43

Miszta, K.: NM2-TuA7, 27

Miyamachi, T.: QC-TuA2, 28

Miyamoto, K.: NM2-WeA1, 35

Mohottige, R.: MN-MoP4, 20

Moler, K.A.: NM1-ThM16, 41 Molinero, V.: NN-ThM12, 42

Molle, A.: NM1-WeA3, 34

Möller, R.: MN-MoP5, 20; MN-MoP6, 20; NM2-MoA4, 17; NO-TuM12, 25; SP-WeM14, 33

Momiyama, D.: NM2-WeA1, 35 Monig, H.: SP-MoM9, 15

Monjas, L.: MN-TuA12, 26

More, K.: NM2-TuM9, 24 Moreau, N.: NM2-WeA8, 35

Moreno-López, J.C.: MN-TuA12, 26

Moreno-Lopéz, JC.: NM2-TuA2, 27 Moro, M.: QC-TuM13, 25

Moroni, R.: NM1-MoA10, 16

Morr, D.K.: NM1-ThM14, 41 Motta, N.: NM1-MoM9, 13; NO-WeM15, 32

Motte, L.: NM2-ThM8, 41

Mueller, T.: SP-MoM15, 15 Mukherjee, P.: QC-TuM6, 25

Mukhopadhyay, S.: MN-TuM14, 23

Müllen, K.: NM1-TuA4, 26 Müller, K.: MN-TuA12, 26; NM2-TuA2, 27

Munechika, K.: MN-MoA9, 16

Murillo, D.: NN-MoM6, 14 Murnane, M.: NM2-MoA1, 17

Murphy, J.: NO-TuA3, 27

Murthy, A,K.: NM2-TuM12, 24 Myslik, V.: MN-MoP8, 20

— N — Nahata, A.: SP-TuA10, 28

Naitoh, Y.N.: NO-WeA3, 35; SP-MoA1, 18; SP-

MoA2, 18 Najmaei, S.: NM1-TuA10, 26

Nakajima, Y.: NM1-ThM13, 41

Nakamura, N.: NM2-WeA1, 35 Nam, H.D.: NM1-ThM16, 41

Nami, M.: NO-ThM9, 42

Nanayakkara, S.U.: MN-MoA8, 16 Narayanan, B.: NM1-TuA3, 26; NM1-WeM8, 31;

NM2-TuM14, 24

Nardi, D.: NM2-MoA1, 17 Nascimento, R.: NM1-TuA2, 26

Natterer, F.D.: SP-ThM12, 43 Naumov, N.G.: NM1-MoA12, 16

Navarro, V.: NM2-MoA11, 17

Nayak, P.K.: MN-WeA3, 34 Nefedov, A.: NM1-TuA4, 26

Nehlig, E.: NM2-ThM8, 41

Nemati Pohrabad, S.: NO-WeA4, 35 Nessim, G.D.: NM2-WeA3, 35

Neukirch, J.: NM2-WeA11, 35

Neves, B.R.A.: NM1-TuA2, 26; NM1-WeM9, 31 Ngo, C.: NM2-WeM12, 32

Nguyen, M.-T.: NM2-TuA10, 27

Nicholls, D.: MN-MoP4, 20 Niemz, A.: NM-MoP19, 20

Nijs, T.: NM2-TuA10, 27

Author Index 54

Nishitani, N.: SP-WeP14, 39; SP-WeP7, 39

Noda, K.: MN-MoA7, 16 Nolting, F.: QC-TuM9, 25

Notarianni, M.: NM1-MoM9, 13; NO-WeM15, 32

Novak, L.: MN-WeA4, 34 Novotny, M.: MN-MoP8, 20; NM2-WeA12, 35

Nowakowska, S.: NM2-TuA10, 27

Nowakowski, J.: MN-TuA1, 26; NM2-TuA10, 27; QC-TuM9, 25

Nysten, B.: QC-TuM12, 25

— O — Oberg, J.C.: QC-TuM13, 25 Ochiai, Y.: NM2-WeA1, 35

O'Connor, S.A.: NN-MoP2, 21

Ogletree, D.F.: MN-MoA9, 16 Ogundare, D.: NM-MoP14, 20

Oh, M.: SP-WeM7, 33; SP-WeP11, 39

Ohno, K.: QC-TuA12, 28 Ohresser, Ph.: NM2-WeA8, 35

Okuyama, H.: SP-WeM6, 33

Oliveira, C.K.: NM1-TuA2, 26 Oliver, A.: NO-WeP1, 38

Omatsu, T.: NM2-WeA1, 35

Oncel, N.: MN-MoP4, 20; NM2-MoM9, 13 Onufrievs, P.: NM3-MoM8, 14

Oppeneer, P.M.: QC-TuM9, 25

Oreto, R.: NM2-TuM15, 24 Osher, S.: SP-MoA11, 18

Ostanin, S.: QC-TuA2, 28

Otero, E.: QC-ThM15, 43 Otte, A.F.: QC-TuM14, 25

Óvári, L.: NM-MoP13, 20

Oviedo, B.: SP-TuA12, 28 Owen, J.H.G.: NO-ThM15, 42; NO-ThM17, 42;

SP-FrM7, 48

Owen, W.: NO-ThM17, 42 Ozasa, K.: MN-WeA1, 34

Özen, E.: MN-MoP6, 20; SP-WeM14, 33

— P — Pacchioni, G.: NM2-MoM8, 13

Padeste, C.P.: NO-TuA12, 27 Paglione, J.: NM1-ThM13, 41

Pal, S.: NO-FrM6, 47

Palummo, M.: NM2-MoM6, 13 Pan, C.-C.: NM2-FrM6, 47

Pandey, S.: SP-TuA10, 28

Papageorgiou, A.C.: MN-WeM6, 31 Paredes, H.: MN-MoP12, 20

Park, J.: NM1-FrM8, 46; SP-FrM3, 48

Park, J.H.: MN-MoP10, 20; NM-MoP11, 20

Park, J.W.: MN-MoP10, 20; NM-MoP11, 20

Park, K.J.: NM-MoP19, 20 Park, S.: NM1-MoA9, 16

Park, S.-I.: SP-TuA1, 28

Pasquali, M.: NO-WeM15, 32 Paßens, M.: MN-MoP2, 20

Passerone, D.: NM2-TuA10, 27

Patrone, L.: NM2-TuA4, 27; NO-WeP14, 38;

MN-MoP13, 20

Patsalas, P.: NM-MoP5, 20

Patthey, F.: SP-ThM12, 43 Paula, A.M.: NM1-TuA2, 26

Pauliac-Vaujour, S.: NO-ThM13, 42

Paulus, B.: NM1-MoA10, 16 Pecht, I.: MN-TuM14, 23

Pellegrini, V.: NM1-TuM6, 24

Peña, Y.: NM3-MoA4, 17 Pentegov, I.: MN-TuM15, 23

Pentin, I.V.: NO-WeP2, 38

Peragut, F.: NO-FrM5, 47 Perdue, S.: SP-WeM15, 33

Perera, U.G.E.: NM2-MoA10, 17

Peretti, J.P.: NO-TuM8, 25 Pérez León, C.: SP-MoM14, 15

Perez, R.: SP-MoM9, 15

Pérez-Merchancano, S.T.: MN-MoP12, 20; QC-WeP2, 38

Persichetti, L.: NM2-MoM6, 13

Persson, M.: QC-TuM15, 25

Petit, C.: NM2-WeA7, 35. NM-MoP17, 20 Petrova, R.: NO-WeA9, 35

Petrovic, C.: NM1-ThM14, 41

Pfnür, H.: MN-MoA1, 16; MN-WeA2, 34 Pham, T.A.: MN-TuA12, 26

Phan, N.: NM2-TuA12, 27

Piazza, V.: NM1-TuM6, 24 Pilch, I.: NM2-WeA9, 35

Piraux, L.: QC-TuM12, 25

Pirogov, A.N.: NM1-MoA12, 16 Pirshayan, E.: NO-WeA4, 35

Piskorz, W.: NM2-MoA12, 17

Pittenger, B.: SP-MoM15, 15 Pitters, J.L.: SP-MoA11, 18

Piva, P.G.: SP-MoA11, 18

Poggini, L.: QC-ThM15, 43 Polcak, J.: NM3-MoM15, 14

Polčák, J.: NM2-WeM13, 32

Polychroniadis, E.K.: NM-MoP5, 20

Poopathi, S.: NN-MoP6, 21

Pop, E.: MN-MoA12, 16; NM1-FrM7, 46

Popescu, T.: NO-WeA11, 35 Popovitz-Biro, R.: NO-ThM14, 42

Potoček, M.: NM2-WeM13, 32

Prado, M.C.: NM1-TuA2, 26 Prasad, A.: NM-MoP20, 20

Prater, C.B.: SP-FrM6, 48; SP-MoA4, 18 Prato, M.: NM2-TuA7, 27

Prauzner-Bechcicki, J.S.: NM2-MoA12, 17

Prevot, G.: NM2-WeA10, 35 Prezhdo, O.V.: NM2-WeA11, 35

Prochazka, P.: NM-MoP6, 20

Procházka, P.: NM1-TuM8, 24; NM-MoP7, 20 Proksch, R.: SP-TuA3, 28

Prucnal, S.: MN-WeA12, 34

Průša, S.: NM2-WeM13, 32

— Q — Qin, D.: NM2-TuM6, 24 Qin, X.R.: MN-WeM15, 31

Qiu, X.: SP-MoM12, 15

Quintero, J.: NN-MoM12, 14

— R — Radny, MW.: MN-WeM14, 31 Ragan, R.: NM2-WeM9, 32

Rahnejat, K.: MN-WeM14, 31

Randall, J.N.: NO-ThM15, 42; NO-ThM17, 42; SP-FrM7, 48

Rangel, R.: SP-TuA12, 28

Rangel-Rojo, R.: NO-WeP1, 38

Rankin, R.B.: SP-ThM14, 43

Rasulova, G.K.: NO-WeP2, 38 Rathi, S.J.: NM1-TuA3, 26

Rau, I.G.: QC-ThM16, 43; QC-WeP4, 38

Raut, S.: NM-MoP15, 20 Rawlings, D.: SP-WeA7, 36

Reed, S.: NN-MoM7, 14

Reeves, E.: NO-WeP13, 38 Reidy, R.F.: NO-ThM15, 42

Reimers, J.R.: NM2-TuA3, 27

Reimuth, C.: NO-WeP3, 38 Repain, V.: NM1-TuA11, 26; NM2-WeA4, 35;


Repetto, D.: NM2-TuA11, 27 Rettner, C.T.: QC-TuA12, 28

Rhoades, B.A.: SP-WeP1, 39

Rhoades, C.A.: SP-WeP1, 39; SP-WeP5, 39 Rice, Q.: NM-MoP15, 20

Richards, R.M.: NM2-WeM8, 32

Richter, R.: MN-TuM13, 23 Riel, H.R.: MN-TuM12, 23

Rigby, M.R.: NO-ThM16, 42

Rios, L.: SP-WeM15, 33; SP-WeP13, 39 Riplinger, C.: NM2-FrM3, 47

Ritchie, J.: SP-WeP3, 39

Robinson, J.T.: NM1-TuA9, 26 Robledo Relaño, M.: NM2-TuM15, 24

Robles, R.: MN-MoP5, 20

Rocha-Mendoza, I.: NO-WeP1, 38

Roditchev, D.: NM1-ThM9, 41 Rodrigo, L.: SP-MoM9, 15

Rodrigues, J.: NM1-MoA11, 16

Rodríguez Fernández, J.: NM2-TuM15, 24 Rodriguez Perez, A.: SP-WeM15, 33

Rodríguez-Fernández, L.: NO-WeP1, 38

Rodríguez-Vázquez, R.: NN-MoP7, 21 Rogers, J.A.: MN-MoA12, 16

Rohwerder, M.: NM1-TuA4, 26

Rolf-Pissarczyk, S.: QC-TuA1, 28; QC-TuA11, 28; QC-TuA4, 28; SP-TuA7, 28; SP-WeP9, 39

Rommel, M.: SP-TuA4, 28

Romming, N.: QC-TuA10, 28 Romo, H.: SP-TuA12, 28

Roshko, A.: MN-WeA10, 34

Ross, F.M.: MN-WeA7, 34 Rousset, S.: NM1-TuA11, 26; NM2-WeA4, 35;


Roussy, T.: MN-WeM13, 31

Roy, P.: NO-FrM5, 47

Roy-Gobeil, A.: SP-WeP19, 39

Roychowdhury, A.: SP-MoA9, 18; SP-MoA8, 18 Rugar, D.: QC-TuA12, 28

Ryu, S.: SP-ThM17, 43

Ryu, S-G.: NM1-WeA11, 34

— S — Saadb, L.G.: NO-WeP11, 38

Sadowski, J.T.: MN-WeM15, 31

Sadowski, J.W.: NN-ThM15, 42 Saeys, M.: NO-TuM14, 25

Şahin, C.: QC-ThM17, 43

Sahoo, P.: NN-MoM6, 14 Sainctavit, P.: QC-ThM15, 43

Saini, R.: NO-ThM15, 42

Šamořil, T.: NM-MoP7, 20 Samuelsson, L.: MN-WeA11, 34

Sánchez, E.: SP-TuA12, 28

Sanders, C.E.: NM3-MoM14, 14 Sanford, N.A.: MN-WeA10, 34; SP-TuA11, 28

Santamaria, J.: NN-ThM14, 42

Schendel, V.: MN-TuM15, 23 Scheurer, F.: NM2-WeA8, 35

Schiffrin, A.E.: MN-TuA3, 26; MN-WeM13, 31

Schlenhoff, A.: SP-ThM9, 43 Schlenk, T.: SP-ThM7, 43

Schlickum, U.: MN-TuM15, 23; NO-WeA10, 35

Schmid, A.: QC-TuA3, 28 Schmidt, N.: MN-MoP5, 20

Schmucker, S.W.: NM1-FrM7, 46; NM1-TuA9, 26

Schnadt, J.-NO-MoA7, 17 Schofield, S.R.: MN-WeM14, 31; NM2-MoM14, 13

Schön, G.: QC-TuA2, 28

Schouteden, K.: NM2-MoM8, 13 Schroers, J.: NM3-MoM12, 14

Schuck, J.: NO-FrM6, 47

Schuck, P.J.: MN-MoA9, 16 Schulz, F.: NM1-FrM6, 46

Schuppisser, D.: MN-MoA9, 16

Schwartz, JJ.: SP-MoA11, 18 Schwarz, A.: MN-WeM9, 31

Schwarz, F.: MN-TuM12, 23

Schwarz, U.: SP-MoM6, 15 Schwendemann, TC.: SP-MoM9, 15

Schwichtenberg, J.: MN-MoA3, 16 Schwob, C.: NM2-TuA12, 27; NO-FrM8, 47; NO-

WeA11, 35

Sebastian, V.: NN-ThM14, 42 Semenov, S.S.: MN-TuM12, 23

Senellart, P.: NO-WeA2, 35

Seo: NM-MoP15, 20 Serrano, T.: NM3-MoA3, 17; NM3-MoA4, 17

Serrate, D.: QC-TuM13, 25

Sessoli, R.: QC-ThM15, 43; QC-TuA4, 28 Seufert, K.: MN-WeM6, 31

Sfeir, M.Y.: NO-WeM12, 32

Sgarlata, A.: NM2-MoM6, 13 Sharma, K.: NM3-MoA2, 17

Sharp, J.: QC-TuM15, 25

55 Author Index

Shaw, A.: MN-TuA4, 26

Shchyrba, A.: NM2-TuA10, 27; QC-TuM9, 25 Shenoy, V.B.: NM1-WeM6, 31

Shepard, K.: NM1-MoA11, 16

Sherwood, M.H.: QC-TuA12, 28 Sheves, M.: MN-TuM14, 23

Shi, C.: NO-FrM3, 47

Shiafei, M.: NM1-MoM9, 13 Shiao, M.H.: SP-WeP15, 39; SP-WeP16, 39

Shield, J.: QC-TuM6, 25

Shigekawa, H.: SP-WeM6, 33 Shih, C.K.: NM1-ThM16, 41; NM1-WeA10, 34

Shim, Gu.: NO-WeP9, 38

Shim, W.: NO-TuM9, 25 Shirakashi, J.: MN-MoA4, 16; NM-MoP8, 20; NO-

ThM8, 42; NO-WeP5, 38; NO-WeP6, 38

Shrivastava, A.: NM1-TuM9, 24 Siegel, D.A.: NM1-FrM8, 46

Siegel, M.: NM1-ThM9, 41

Siewert, D.: MN-TuA1, 26; QC-TuM9, 25

Šikola, T.: NM1-TuM8, 24; NM2-WeM13, 32;

NM-MoP7, 20; NN-MoP5, 21; NO-WeA12, 35

Sikola, T.S.: MN-WeA4, 34; NM3-MoM15, 14; NM-MoP6, 20; NO-FrM7, 47

Simic-Milosevic, V.: SP-MoA7, 18

Simon, U.: NM2-WeM15, 32 Šimšíková, M.: NN-MoP5, 21

Singh, S.: SP-WeP8, 39 Singhal, S.: NO-ThM15, 42

Sinthiptharakoon, K.: NM2-MoM14, 13

Skeren, M.: NM2-WeA12, 35 Slade, A.L.: NN-MoM13, 14; SP-MoM15, 15

Slomski, B.: NM2-MoM9, 13

Smakman, E.P.: NO-TuM12, 25 Smerdon, J.A.: SP-ThM14, 43

Smith, PV.: MN-WeM14, 31

Smogunov, A.: QC-TuA7, 28 Snyder, G.O.: SP-WeP5, 39

Söderström, D.: NM2-WeA9, 35

Soe, W.-H.S.: MN-TuM9, 23 Sojka, Z.: NM2-MoA12, 17

Solares, S.: SP-WeA8, 36

Sologub, S.: MN-MoA1, 16 Sommerdijk, N.A.J.M.: NN-MoM8, 14

Somnath, S.: SP-FrM4, 48

Song, F.: MN-TuA12, 26 Song, Y.J.: NM1-MoA9, 16; NM2-MoA2, 17

Sonntag, A.: SP-ThM9, 43; SP-WeP17, 39

Sorger, C.: NM1-MoA3, 16 Späth, T.: SP-MoM14, 15

Speller, S.: NM2-TuA3, 27

Spiga, S.: NM3-MoM6, 14 Spinelli, A.: QC-TuM14, 25

Spousta, J.: NM-MoP6, 20; NM-MoP7, 20

Sprau, P.: NM-MoP10, 20 Sreenivasan, S.V.: NO-ThM15, 42

Srivises, W.: NM3-MoM7, 14

Stadelmann, A.: SP-TuA4, 28 Stadler, R.S.: MN-TuM12, 23

Stanton, N.J.: NN-MoP3, 21

Stathokostopoulos, D.: NM-MoP5, 20 Steinbrecher, M.: SP-ThM6, 43; SP-ThM7, 43

Steinkasserer, L.M.: NM1-MoA10, 16

Stöffler, D.: MN-MoA3, 16 Stöhr, A.: QC-TuA2, 28

Stöhr, M.: MN-TuA12, 26; NM2-TuA10, 27; NM2-

TuA2, 27 Strelcov, E.: SP-WeA1, 36

Stroscio, J.A.: NM1-FrM3, 46; NM1-MoA11, 16;

NM1-MoA7, 16; NM1-ThM13, 41; NM2-MoA2, 17; NM2-MoA3, 17; NM2-WeA11, 35;

SP-ThM12, 43

Studener, F.: NM2-TuA2, 27 Studer, P.: NM2-MoM14, 13

Stumpf, F.: SP-TuA4, 28

Su, C.: SP-MoM15, 15 Su, C.Y.: SP-WeP15, 39; SP-WeP16, 39

Su, W.B.: NM-MoP4, 20 Such, B.: NM2-MoA12, 17; NO-TuM14, 25

Suchikova, Y.: NM-MoP12, 20

Suda, R.: MN-MoA4, 16; NM-MoP8, 20; NO-ThM8, 42; NO-WeP5, 38; NO-WeP6, 38

Suemitsu, M.: NM1-MoM15, 13

Sugawara, Y.: SP-MoA2, 18 Sugawara, Y.S.: NO-WeA3, 35; SP-MoA1, 18

Sugimoto, Y.: SP-FrM5, 48

Suh, H.: SP-ThM17, 43 Sum, T.C.: NO-WeM6, 32; NO-WeM9, 32

Sun, J.T.: NM1-MoM12, 13

Sürgers, C.: MN-MoA3, 16 Susi, T.: NM2-WeA4, 35

Sutter, E.: NM1-FrM5, 46; NM2-TuM8, 24

Sutter, P.: NM1-FrM5, 46; NM1-TuA3, 26; NM2-FrM3, 47; NM2-MoM15, 13; NM2-TuM8, 24

Suzer, O.: SP-ThM14, 43

Suzuki, M.: SP-FrM5, 48 Svedhem, S.: NN-MoP1, 21

Swager, T.M.: MN-TuA2, 26

Swart, I.: NO-TuM13, 25; SP-MoM8, 15

Syers, P.S.: NM1-ThM13, 41

Sykes, E.C.H.: NM2-MoA9, 17

Sykes, H.: NO-TuA3, 27 Szymanski, M.: NN-MoM6, 14

Szymonski, M.: NM2-MoA12, 17; NO-TuM14, 25

— T — Tabasum, M.R.: QC-TuM12, 25 Tabibi, B.: NM-MoP15, 20

Takahashi, T.: NM3-MoM7, 14

Takamura, M.: NM1-TuM6, 24 Takeuchi, O.: SP-WeM6, 33

Takikawa, K.: NO-ThM8, 42; NO-WeP5, 38; NO-

WeP6, 38 Tallarida, G.: NM3-MoM6, 14

Tallarida, N.: SP-WeM15, 33; SP-WeP13, 39

Tanabe, S.: NM1-TuM6, 24 Taniguchi, T.: NM1-MoA11, 16

Tanimura, T.: NO-WeP8, 38

Tao, J.: NM2-TuM14, 24; NN-MoM8, 14 Tao, M.: SP-WeA4, 36

Tatem, E.: NM3-MoA2, 17

Taucer, M.: NM-MoM9, 13 Taylor, C.J.: NM-MoP19, 20

Tegenkamp, C.: MN-MoA1, 16; MN-WeA2, 34

ten Siethoff, L.: NN-ThM16, 42 Teplykh, A.E.: NM1-MoA12, 16

Terentev, P.B.: NM1-MoA12, 16

Ternes, M.: QC-TuA1, 28; SP-ThM6, 43 Tersigni, A.: MN-WeM15, 31

Tesch, J.: NM1-MoA10, 16

Themlin, J.-M.: NM2-TuA4, 27 Thomas, JC.: SP-MoA11, 18

Timm, R.: MN-WeA11, 34

Tison, Y.: NM1-TuA11, 26; NM2-WeA4, 35 Todorovic, M.: SP-MoM9, 15

Toimil-Molares, ME.: MN-WeA3, 34; NO-WeP3,

38 Tokuyama, I.T.: SP-MoA1, 18

Tokuyama, T.: NO-WeA3, 35

Toma, A.: NM2-TuA7, 27 Tomanec, O.T.: NO-FrM7, 47; NO-WeA12, 35

Tomanic, T.: MN-MoA3, 16

Tomecek, D.: MN-MoP8, 20 Tomioka, A.: MN-WeA1, 34; NO-WeP8, 38

Torrance, D.B.: NM1-MoM8, 13 Torres, A.R.: MN-MoP9, 20

Toyonaka, T.: NO-ThM8, 42; NO-WeP5, 38; NO-

WeP6, 38 Tozzini, V.: NM1-TuM6, 24

Tran, G.: SP-MoA11, 18

Trautmann, C.: MN-FrM8, 46; MN-WeA3, 34; NO-WeP3, 38

Traversa: NE-TuM15, 23

Trioni, M.I.: NM2-MoM8, 13 Tripp, M.: NM2-MoA1, 17

Tromp, R.M.: NM1-MoA3, 16

Truskett, TM.: NM2-TuM12, 24 Tsiaousis, I.: NM-MoP5, 20

Tsukamoto, H.: MN-WeA1, 34

Tudisco, C.: QC-ThM15, 43

— U — Uder, B.: SP-WeM9, 33

Ullah, I.: NN-ThM15, 42

Umejima, Y.: NO-WeM8, 32

Unocic, R.: NM2-TuM9, 24

Urgel Tendero, U.: MN-TuA11, 26

— V — Valentyuk, M.: SP-ThM7, 43

Vamaekelbergh, D.: NO-TuM13, 25

van de Sanden, M.C.M.: NM1-TuA3, 26 van der Lit, J.: NO-TuM13, 25

van der Molen, S.J.: NM1-MoA3, 16

Van Dong, P.: NM1-TuA11, 26; NM2-WeA4, 35 Van Dyke, J.: N. M1-ThM14, 41

Van Haesendonck, C.: NM2-MoM8, 13

van Ommen, J.R.: NM2-WeM14, 32 van Spronsen, M.: NM2-MoA11, 17

van Vörden, D.: MN-MoP5, 20

Varga, P.V.: NO-ThM6, 42 Varga, P.V.: NM2-WeM13, 32; NO-FrM7, 47

Vazquez, D.VV.: NM3-MoA1, 17

Venkataraman, L.: MN-TuM6, 23 Venkatesan, K.V.: MN-TuM12, 23

Verheyen, J.: NO-TuM12, 25

Vizioz, C.: NO-ThM13, 42 Vlad, A.: NM2-WeA10, 35

Vlcek, J.: MN-MoP8, 20

Voborný, S.: NM-MoP7, 20 Voevodin, A.: SP-ThM16, 43

Voloshina, E.: NM1-MoA10, 16

von Bergmann, K.: QC-TuA10, 28 Von Ehr, J.: NO-ThM17, 42; SP-FrM7, 48

Vourlias, G.: NM-MoP5, 20

Vrnata, M.: MN-MoP8, 20; NM2-WeA12, 35 Vystavel, T.: MN-WeA4, 34

— W — Wäckerlin, C.: MN-TuA1, 26; NM2-TuA10, 27;

QC-TuM9, 25 Wagner, T.: NM2-MoM15, 13

Wahl, P.: MN-TuM15, 23

Wakita, W.: NO-WeP9, 38 Wallace, R.M.: NO-ThM15, 42

Wallis, T.M.: SP-TuA11, 28

Wan, W.: NM1-MoM14, 13 Wang, D.: NO-FrM6, 47; NO-ThM12, 42

Wang, K.: NM1-ThM13, 41

Wang, L.: NM1-MoA11, 16 Wang, M.: NM1-TuA1, 26

Wang, Q.: NO-TuA10, 27

Wang, W.: NO-ThM14, 42 Wang, X.: NM1-ThM13, 41

Wang, Z.: SP-WeM6, 33

Ward, B.: NM1-WeA9, 34 Ware, B.: MN-MoP4, 20

Warner, B.: QC-TuM15, 25

Warschkow, O.: MN-WeM14, 31 Waser, R.: MN-MoP2, 20; NM2-WeM15, 32

Watanabe, K.: NM1-MoA11, 16

Waterfield Price, N.: MN-WeM14, 31 Wayment-Steele, H.K.: NN-MoP1, 21

Weber, H.B.: NM1-MoA3, 16

Weber, J.C.: SP-TuA11, 28 Weber, J.-W.: NM1-TuA3, 26

Weber-Bargioni, A.: MN-MoA9, 16

Wee, A.: NM1-MoM14, 13 Weeks, S.L.: NM1-TuA3, 26

Weidinger, A.: MN-FrM8, 46

Weiss, PS.: SP-MoA1`, 18 Wellstood, F.C.: SP-MoA8, 18; SP-MoA9, 18

West, M.: NN-MoP4, 21

Westervelt, R.M.: NM1-MoA4, 16 Wiebe, J.: SP-ThM6, 43; SP-ThM7, 43

Wiengarten, A.: MN-WeM6, 31

Wiesendanger, R.: MN-WeM9, 31; QC-TuA10, 28; SP-ThM6, 43; SP-ThM7, 43; SP-ThM9, 43, SP-

WeP17, 39

Wilson, A.: NM2-WeA10, 35

Author Index 56

Wolden, C.: NO-ThM7, 42

Wolf, H.: SP-WeA7, 36 Wolkow, R.A.: NM2-MoM12, 13; SP-MoA11, 18

Wöll, C.: NM1-TuA4, 26

Wong, M.S.: QC-TuM8, 25 Wong, S.L.: NM1-MoM14, 13

Wood, J.: NM1-WeM14, 31

Wood, J.D.: NM1-FrM7, 46 Wood, V.: NO-MoA7, 17

Wotherspoon, A.: NE-TuM12, 23

Wu, C.: NM-MoP19, 20 Wu, H.-J.: NM1-MoM8, 13

Wu, X.: SP-WeP2, 39

Wulfhekel, W.: QC-TuA2, 28 Wyrick, J.: SP-ThM12, 43

— X — Xiaobo, X.: NM2-FrM3, 47

Xie, X.: MN-MoA12, 16 Xing, G.C.: NO-WeM9, 32

Xu, C.: MN-TuA9, 26

Xu, W.Y.: NM1-MoM12, 13 Xue, Q.K.: NM1-ThM12, 41

— Y — Yamada, H.: MN-MoA7, 16; SP-WeA9, 36

Yamada, H.Y.: NN-MoM14, 14

Yamada, S.: NO-WeA3, 35

Yamagishi, Y.: MN-MoA7, 16 Yamamoto, K.: MN-FrM6, 46

Yamanishi, J.: NO-WeA3, 35; SP-WeP20, 39

Yamasue, K.: NM1-MoM13, 13; SP-FrM5, 48; SP-WeA3, 36

Yan, H.: NM2-TuA9, 27

Yan, S.: QC-TuA1, 28; QC-TuA11, 28; QC-TuA4, 28; SP-TuA7, 28; SP-WeP9, 39

Yantara, N.: NO-WeM9, 32

Yi, S.: SP-WeP12, 39 Yi, S.O.: SP-WeM7, 33

Yin, Y.: SP-WeP14, 39; SP-WeP7, 39

Yokoyama, M.: NM1-TuM13, 24 Yong, J.: NM1-ThM16, 41

Yoshida, S.: SP-WeM6, 33

Young, A.: NM1-MoA11, 16 Young, S.L.: MN-MoP1, 20

Yu, A.X.: MN-WeM8, 31; NM2-FrM5, 47

Yu, X.: SP-WeA4, 36

Yuan, B.: SP-MoM12, 15

— Z — Zahl, P.: NM2-FrM3, 47; NM2-MoM15, 13; SP-

WeP4, 39 Zamora, A.: NM3-MoA3, 17

Zanettini, S.: MN-TuM8, 23

Zasada, F.: NM2-MoA12, 17

Zea, R.: NN-MoM12, 14 Zebari, A.A.: NM2-MoA12, 17

Zhang, C.D.: NM1-ThM16, 41; NM1-WeA10, 34

Zhang, D.: NM2-MoA2, 17; NM2-MoA3, 17 Zhang, H.: NN-MoM8, 14

Zhang, H.M.: MN-WeM12, 31

Zhang, J.: SP-MoM12, 15 Zhang, L.Z.: NM1-MoM12, 13

Zhang, T.: NM2-MoA3, 17

Zhang, W.: NM1-ThM6, 41; NM-MoP15, 20 Zhang, X.: SP-FrM3, 48

Zhao, Y.: NM1-MoA11, 16; SP-ThM12, 43

Zheng, L.: NM1-TuM13, 24 Zhi, C.: NO-ThM14, 42

Zhitenev, N.: NM1-MoA11, 16

Zhong, X.: NM-MoP15, 20 Zhu: NM-MoP16, 20

Zielke, L.: NM1-MoA10, 16

Zighem, F.: QC-TuM12, 25

Zorkovská, A.: NN-MoP5, 21

Zu Heringdorf, F.: NO-WeA7, 35

Zuñiga, J.A.: QC-WeP2, 38 Zuzak, R.: NM2-MoA12, 17; NO-TuM14, 25

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