Today you can meet:

Dr. Hubertus Marbach

Friedrich-Alexander-Universität

Erlangen-Nürnberg

Key figures of FAU at a glance

FAU is one of the ten largest universities in Germany and one of the leading

universities in Europe. The University was ranked among the best in 11 out of 31

categories in the EU’s international ‘U-Multirank’ ranking.

Of the 40,174 students (winter semester 2015/2016) at FAU, 19,736 are female

and 4,341 are international students.

FAU currently offers 256 degree programmes, including 78 Bachelor’s degree

programmes, 88 Master’s degree programmes and 90 Staatsexamen (state

examinations) degree programmes (in subjects such as teaching, law and

medicine). In 2014, 6,379 students graduated from FAU, 671 completed their

doctoral degrees and 44 post-doctoral students completed their habilitation. FAU

has a total of 647 professorships. With a total of 180 million euros (2015), FAU has

one of the highest volumes of third-party funding of all the universities in Germany.

$

FEBIPself-assembly

“bottom-up“ “top-down“

combined approach

500 nm

hybrid nanostructure

Fe

porphyrin

multilayer

Si(111)

FEBIP

organic assemly inorganic deposit

Acknowledgements Florian Buchner

Florian Vollnhals

Elisabeth Zillner

Michael RöckertThomas Lukasczyk

Michael Schirmer

STM-team

Liang Zhang

Stefanie Ditze

Michael Stark

Michael Lepper

Julia Köbl

Karmen Comanici

Hans-Peter Steinrück

Technichal support:

Hans-Peter Bäumler

Bernd Kress

Uwe Sauer

Friedhold WölfelEBID-team

^

Esther Carrasco Martin Drost

Fan Tu

Marie-Madeleine Walz

Acknowledgements

WSxM software: www.nanotec.es

Collaborations/STM:

Prof. Norbert Jux

Prof. Joachim Hornegger, André Aichert

Prof. Andreas Görling, Dr. Wolfgang Hieringer

Prof. Timothy Clark, Dr. Tatyana E. Shubina

Prof. Johannes Barth, Prof. Willi Auwärter

Supported by the DFG

under grant MA 4246/1 -1, -2

Collaborations/FEBIP:

Prof. Roser Valenti

Prof. Erdmann Spiecker

Prof. Oliver

Prof. Michael Huth

Prof. Geoff Thornton

Prof. Janos Kiss

Prof. Alois Lugstein

COST Action 1301-Celina

Project D7

Oxide nanostructures

PROBRAL

Cluster of Excellence

Engineering of Advanced Materials

Engineering of

nanoelectronic materials (molecular electronics)

photonic and optical materials

catalytic materials

lightweight materials

Cross-sectional topics:

Particle Technology

Nanoanalysis and electron microscopy

Multiscale modelling and simulation

Participating Institutions:

• University of Erlangen-Nürnberg

• Max Planck Institute for the Science of Light

• Fraunhofer Institute for Integrated Circuits IIS

• Fraunhofer Institute for Integr. Systems & Device Technology IISB

• Bavarian Center for Applied Energy Research

• Bavarian Laser Center GmbH

“Functional

landscaping“

Functional Molecular Structures on Complex Oxide Surfaces

The funCOS vision:

of molecular films

on oxide surfaces

bonding sites,

mechanism,

energetics

intermolecular

interaction,

mobility

selective

bonding

selective

bonding and

structure

formation

complex

films on

nanomaterials

realistic

conditions,

reactants

simple oxide

surfaces

complex oxides,

specific sites

nanostructured

oxides surfaces

oxide

nanomaterials

“Functional landscaping“

Functional Molecular Structures on Complex Oxide Surfaces

Focussed Electron Beam Induced Processing: Nanostructure on Porphyrin Layer

(Marbach Group)

500 nm

Supported by the DFG

under grant MA 4246/1 -1, -2

Supported by the DFG

under grant MA 4246/1 -1, -2

Supported by the DFG

under grant MA 4246/1 -1, -2

Supported by the DFG

under grant MA 4246/1 -1, -2