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2021

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SCALL FORPAPERS

Submit abstracts by 6 January 2021

OPTICS + OPTOELECTRONICS

Conferences 19-22 April 2021Exhibition 20-21 April 2021Clarion Congress Hotel PraguePrague Czech Republic

spieorgoo21callSPIEOptoelectronics

2021

ABSTRACT SUBMISSIONS EXTENDED

spieorgoo21call

Submit Abstracts by 6 JANUARY 2021


SPIEOptoelectronics

Your research supports the optoelectronics and advanced laser technologies

Accelerate the development process SPIE Optics + Optoelectronics is the leading meeting for scientists researchers and engineers to share their latest breakthroughs deepen their understanding of important advances in photonics and enable the most ambitious extreme light projects and cultivate meaningful contacts with colleagues and other leading experts

One programme 2 tracks 15 conferences and 2 workshops highlight the technologies that drive Europersquos most exciting advances in photonics and enable the most ambitious extreme light projects

It is our pleasure to welcome your participation at the eighth SPIE 2021 International Symposium on Optics + Optoelectronics The symposium offers multiple opportunities to advance your research An excellent technical programme has been prepared and organized within two programme tracks Emerging Technologies and Research with Extreme Light Sources

Close to 800 presentations in 2019 prove that this event is recognized as an important forum for science government and industry to access and share information on optical technologies The event focuses specifically on the research aspects of optics and optoelectronics science and technology with a special emphasis on the existing and upcoming European and international laser infrastructures

The symposium features plenary sessions focusing on the current hot topics fifteen conferences and two workshops With lab tours planned the programme promises an exciting week with excellent science and technology in a setting conducive to international interchange networking and exchanging ideas The diversity and breadth of cultural scientific and economic capacities of the city have contributed to selecting Prague as the host for Optics+Optoelectronics

bull Prague is home to the ELI Beamlines facility the gateway to new regimes in fundamental physics by extreme light The facility utilizes high-power high-repetition-rate lasers for high-field physics experiments and for generation of high-intensity sources of radiation and particles As an international laser user facility it opens a new era of laser-based research attracting the worldrsquos best scientists to unique research opportunities

bull The city continues to be an important centre for research it is the home of the Czech Academy of Sciences and the headquarters of the Institute of Physics the Institute of Photonics and Electronics the Institute of Plasma Physics the Institute of Experimental Medicine BIOCEV European Biotechnology and Biomedicine Center among others

bull As the capital Prague is not only the cultural and tourist nexus of the nation but also the economic one Prague and the Czech Republic is a base to many international companies including HP Boeing Oracle Honeywell Avast Thermo Fisher Microsoft Innovation Center and Siemens

We invite you to share the most recent developments and applications at SPIE Optics + Optoelectronics 2021 Explore the cityrsquos history from the science perspective and discover the Prague footprints by Tycho de Brahe Johannes Kepler Ernst Mach Christian Doppler Bernard Bolzano Albert Einstein Nikola Tesla Jaroslav Heyrovskyacute or Otto Wichterle Join us for this exciting meeting in the beautiful city of Prague

Plan to Participate

1

GENERAL CHAIRSBedřich RusELI Beamlines and Institute of Physics ASCR vvi (Czech Republic)

Sasa Bajt Deutsches Elektronen- Synchrotron (Germany)

Ivo RendinaCNRIstituto per la Microelettronica e Microsistemi(Italy)

Chris EdwardsCentral Laser Facility Science and Technology Facilities Council (United Kingdom)

Mike DunneSLAC National Accelerator Lab (United States)


EMERGING TECHNOLOGIES

OO101 Metamaterials (Vladimiacuter Kuzmiak Peter Markos Tomasz Szoplik) 4

OO102 Nonlinear Optics and Applications (Mario Bertolotti Anatoly V Zayats Alexei M Zheltikov) 5

OO103 Quantum Optics and Photon Counting (Ivan Prochazka Martin Štefaňaacutek Roman Sobolewski Aureacutel Gaacutebris) 6

OO104 Optical Sensors (Francesco Baldini Jiri Homola Robert A Lieberman) 7

OO105 Micro-structured and Specialty Optical Fibres (Kyriacos Kalli Alexis Mendez Pavel Peterka) 8

OO106 Holography Advances and Modern Trends (Antonio Fimia Miroslav Hrabovskyacute John T Sheridan) 10

OO107 Integrated Optics Design Devices Systems and Applications (Pavel Cheben Jiřiacute Čtyrokyacute Intildeigo Molina-Fernaacutendez) 12

OO108 EUV and X-ray Optics Synergy between Laboratory and Space (Reneacute Hudec Ladislav Pina) 13

OO109 High-Power High-Energy and High-Intensity Laser Technology (Joachim Hein) 15

OO110 Short-pulse High-energy Lasers and Ultrafast Optical Technologies (Pavel Bakule Constantin L Haefner) 16

EXTREME LIGHT SOURCESOO111 Optics Damage and Materials Processing by EUVX-ray

Radiation (XDam8) (Libor Juha Saša Bajt Steacutephane Guizard) 17

OO112 Relativistic Plasma Waves and Particle Beams as Coherent and Incoherent Radiation Sources (Dino A Jaroszynski MinSup Hur) 18

OO113 Laser Acceleration of Electrons Protons and Ions (Stepan S Bulanov Joumlrg Schreiber Carl B Schroeder) 19

OO114 Research Using Extreme Light Entering New Frontiers with Petawatt-Class Lasers (Georg Korn Luis O Silva) 20

OO115 X-Ray Free-Electron Lasers Advances in Source Development and Instrumentation (Thomas Tschentscher Luc Patthey Kai Tiedtke Marco Zangrando) 21

WORKSHOPSWS201 Applying Laser-driven Particle Acceleration Medical and

Nonmedical Uses of Distinctive Energetic Particle and Photon Sources II (Paul R Bolton) 22

WS202 Optical Fiber Technology II (Ivan Kašiacutek) 23

Best Student Paper Awards 24General Information 25Abstract Submission 26

ContentsMANAGED BY

SPIE Europe Ltd a subsidiary of SPIE is a not-for-profit UK-registered company serving SPIE constituents throughout Europe as an advocate and liaison to political and industry associations within the European optics and photonics community

In addition to providing membership services SPIE Europe Ltd organises and manages internationally recognised conferences education programmes and technical exhibitions featuring emerging technologies in optics and photonics

SPIE International Headquarters PO Box 10 Bellingham WA 98227-0010 USA Tel +1 360 676 3290 Fax +1 360 647 1445 helpspieorg wwwSPIEorg

SPIE Europe Office 2 Alexandra Gate Ffordd Pengam Cardiff CF24 2SA UK Tel +44 29 2089 4747 Fax +44 29 2089 4750 infospieeuropeorg wwwSPIEorg

COOPERATING ORGANISATIONS

SPIE OPTICS + OPTOELECTRONICS

CALL FOR PAPERS

TECHNICAL COMMITTEE Pavel Peterka Institute of Photonics and Electronics CAS (Czech Republic)Ladislav Pina Czech Technical Univ in Prague (Czech Republic)Ivan Prochazka Czech Technical Univ in Prague (Czech Republic)Ivo Rendina CNRIstituto per la Microelettronica e Microsistemi (Italy)Bedřich Rus ELI Beamlines Institute of Physics CAS (Czech Republic)John T Sheridan Univ College Dublin (Ireland)Roman Sobolewski Univ of Rochester (United States)Luis O Silva Univ Teacutecnica de Lisboa (Portugal)Joumlrg Schreiber Ludwig-Maximilians-Univ Muumlnchen (Germany) Carl Schroeder Lawrence Berkeley National Lab (United States)Martin Štefaňaacutek Czech Technical Univ in Prague (Czech Republic)Tomasz Szoplik Univ of Warsaw (Poland)Kai Tiedtke Deutsches Elektronen-Synchrotron (Germany)Thomas Tschentscher European XFEL GmbH (Germany)Marco Zangrando Elettra-Sincrotrone Trieste SCpA (Italy)Anatoly V Zayats Kingrsquos College London (United Kingdom)Alexei M Zheltikov Lomonosov Moscow State Univ (Russian Federation)

Saša Bajt Deutsches Elektronen-Synchrotron (Germany)Pavel Bakule ELI Beamlines Institute of Physiacs CAS (Czech Republic)Francesco Baldini Istituto di Fisica Applicata Nello Carrara (Italy)Mario Bertolotti Univ degli Studi di Roma La Sapienza (Italy)Paul Bolton Japan Atomic Energy Agency (Japan)Thomas Butcher Central Laser Facility Science and Technology Facilities Council United KingdomJiriacute Ctyrokyacute Institute of Photonics and Electronics CAS (Czech Republic)Pavel Cheben National Research Council Canada (Canada)Mike Dunne SLAC National Accelerator Lab (United States)Chris Edwards Central Laser Facility Science and Technology Facilities Council United KingdomEric Esarey Lawrence Berkeley National Lab (United States)Antonio Fimia-Gil Univ Miguel Hernaacutendez de Elche (Spain)Aureacutel Gaacutebris Wigner Research Ctr for Physics of the HAS (Hungary) and Czech Technical Univ in Prague (Czech Republic)Antonio Giulietti CNR (Italy)Steacutephane Guizard CEA-DRF-IRAMIS Lab des Solides Irradieacutes (France)Constantin L Haefner Lawrence Livermore Lab (United States)

Joachim Hein Friedrich-Schiller-Univ Jena (Germany)Jiri Homola Institute of Photonics and Electronics CAS (Czech Republic)Miroslav Hrabovskyacute Univ Palackeacuteho v Olomouci (Czech Republic)Reneacute Hudec Astronomical Institute of the CAS and Czech Technical Univ in Prague (Czech Republic)Dino A Jaroszynski Univ of Strathclyde (United Kingdom)Libor Juha Institute of Physics CAS (Czech Republic)Kyriacos Kalli Cyprus Univ of Technology (Cyprus)Ivan Kašiacutek Institute of Photonics and Electronics CAS (Czech Republic)Georg Korn ELI Beamlines Institute of Physics CAS (Czech Republic)Vladimir Kuzmiak Institute of Photonics and Electronics CAS (Czech Republic)Kenneth W D Ledingham Univ of Strathclyde (United Kingdom)Robert A Lieberman Intelligent Optical Systems Inc (United States)Peter Markos Comenius Univ in Bratislava (Slovakia)Alexis Mendez MCH Engineering LLC (United States)Intildeigo Molina Fernandez Univ de Maacutelaga (Spain)Luc Patthey Paul Scherrer Institut (Switzerland)

We are here to ensure that your work is shared with your colleagues

How that looks may change as world events impact our personal and professional lives Rest assured if the timing of an in-person meeting will not allow us to gather we will leverage our Digital Forum

platform and virtual meetups to give you alternative ways to connect with your community

We look forward to seeing you in 2021

Stay Up to Date via Email

Sign up to receive emails about SPIE Optics + Optoelectronics spieorgsignup

3

4 SPIE OPTICS + OPTOELECTRONICS 2021 bull wwwspieorgoo21call


Metamaterials (OO101)Conference Chairs Vladimiacuter Kuzmiak Institute of Photonics and Electronics of the ASCR vvi (Czech Republic) Peter Markos Comenius Univ in Bratislava (Slovakia) Tomasz Szoplik Univ of Warsaw (Poland)

Programme Committee Javier Aizpurua Ctr de Fisica de Materiales CSIC (Spain) DIPC Donostia-San Sebastiaacuten (Spain) Tomasz J Antosiewicz Univ of Warsaw (Poland) Alessandro Belardini Sapienza Univ di Roma (Italy) Che Ting Chan Hong Kong Univ of Science and Technology (Hong Kong China) Jiřiacute Čtyrokyacute Institute of Photonics and Electronics of the ASCR vvi (Czech Republic) Shanhui Fan Stanford Univ (United States) F Javier Garciacutea de Abajo ICFO - Institut de Ciegravencies Fotograveniques (Spain) Maria Kafesaki Foundation for Research and Technology-Hellas (Greece) Yuri S Kivshar The Australian National Univ (Australia) Andrei V Lavrinenko DTU Fotonik (Denmark) Mangirdas Malinauskas Vilnius Univ (Lithuania) Ekmel Oumlzbay Bilkent Univ (Turkey) Concita Sibilia Univ degli Studi di Roma La Sapienza (Italy) Mario Silveirinha Univ Teacutecnica de Lisboa (Portugal) Costas M Soukoulis Iowa State Univ (United States) Martin Wegener Karlsruher Institut fuumlr Technologie (Germany) Nikolay I Zheludev Optoelectronics Research Ctr (United Kingdom)

The SPIE European conference series on Meta-materials is returning to Prague with its 16th edi-tion since its conception in 2005 The conference moves between SPIE Photonics Europe Sympo-sium in even years while in the odd years the conference is held as part of the SPIE Optics + Op-toelectronics International Symposium in Prague

The 2021 Prague conference will be focused on advances in design of metamaterials and its elec-tromagnetic and functional properties The follow-ing topical sessions are plannedbull metasurfaces and flat opticsbull hyperbolic materials and metamaterialsbull active metamaterialsbull dielectric metamaterialsbull 2D materials and metamaterialsbull metamaterials fabricationbull acoustic metamaterialsbull nonlinear metamaterialsbull chiral toroidal and magneto-optic

metamaterials

bull analytical and numerical modeling of metamaterials

bull plasmonics-fundamentals and applicationsbull plasmon-enhanced photovoltaics

photocatalysis and fuel cellsbull photonic topological insulators bull metamaterials for radiative cooling

The Prague conference provides a meeting plat-form for university researchers and industry pro-fessionals worldwide Invited talks will be delivered by worldrsquos top experts in the field of metamaterials We cordially invite candidates interested in organi-zation of sessions on recent developments in fabri-cation technologies characterization methods and theoretical approaches to artificial electromagnetic materials

Tel +1 360 676 3290emspbullemsphelpspieorgemspbullemspSPIEOptoelectronics 5

CALL FOR PAPERS

Nonlinear Optics and Applications (OO102)Conference Chairs Mario Bertolotti Univ degli Studi di Roma La Sapienza (Italy) Anatoly V Zayats Kingrsquos College London (United Kingdom) Alexei M Zheltikov Lomonosov Moscow State Univ (Russian Federation)

Programme Committee Javier Aizpurua Centro de Fisica de Materiales (Spain) Kiyoshi Asakawa Univ of Tsukuba (Japan) Sophie Brasselet Institut Fresnel (France) Bruno Crosignani Caltech (Italy) Reinhard Kienberger Max-Planck-Institut fuumlr Quantenoptik (Germany) Yuri S Kivshar The Australian National Univ (Australia) Jan Perina Palacky Univ (Czech Republic) Mark I Stockman Georgia State Univ (United States)

This conference focuses on the most recent ad-vances in nonlinear optics and its applications

The objective is to update the research and appli-cations in the field providing a forum for discus-sion and interaction for all scientists researchers and engineers interested in the new results in the field of nonlinear optics

Papers describing advances in every aspect of nonlinear optics and its applications particularly but not limited within the following areas are wel-come

bull nonlinear ultrafast and quantum plasmonicsbull nonlinear effects in non-homogeneous and

nanoscale structuresbull organic and inorganic nonlinear materialsbull special nonlinear sources (parametric up-

and down-conversion single photons) from X-rays to Terahertz

bull quantum optics in nonlinear processesbull nonlinear devices for applicationsbull nonlinear imaging systems and applicationsbull novel nonlinear materials including plasmonic

and engineered structuresbull nonlinear spectroscopy and microscopybull ultrafast nonlinear opticsbull high-field nonlinear opticsbull modeling and simulations of nonlinear

processes

Submit your abstract today spieorgoo21call

ABSTRACTS DUE 6 JANUARY 2021AUTHOR NOTIFICATION 1 FEBRUARY 2021The contact author will be notified of acceptance by email

MANUSCRIPTS DUE 24 MARCH 2021PLEASE NOTE Submission implies the intent of at least one author to register attend the conference present the paper as scheduled and submit a full-length manuscript for publication in the conference proceedings

Save the date



Quantum Optics and Photon Counting (OO103)Conference Chairs Ivan Prochazka Czech Technical Univ in Prague (Czech Republic) Martin Štefaňaacutek Czech Technical Univ in Prague (Czech Republic) Roman Sobolewski Univ of Rochester (United States) Aureacutel Gaacutebris Czech Technical Univ in Prague (Czech Republic) Wigner Research Ctr for Physics (Hungary)

Programme Committee Josef Blazej Czech Technical Univ in Prague (Czech Republic) Ralph B James Savannah River National Lab (United States) Ulrich Schreiber Technische Univ Muumlnchen (Germany) Valery Zwiller KTH Royal Institute of Technology (Sweden)

Photon counting represents the ultimate level of sensitivity in optical measurements The feasibil-ity of individual photon detection has opened a broad spectrum of new applications in both re-search and industry now

The fast emerging types of solid state photon de-tectors are providing simple cheap and rugged tools to register and time tag photons Super-conducting photon detectors either in the form of an ultrathin superconducting nano-stripe or a transition-edge sensor are presently the highest performance devices especially in the near-infra-red optical spectrum These devices are routinely used in quantum information experiments They exhibit high quantum efficiency MHz counting rate and very low jitter and can be implemented as photon-number andor photon-energy resolv-ing devices Avalanche photodiodes specifically designed for single photon counting have been developed on the basis of various materials during the last 30 years They have been tailored for nu-merous applications in optical sensors quantum cryptography optical ranging and Lidar time re-solved spectroscopy laser-induced fluorescence astronomy and optical time transfer to name just a few Finally there is a fast growing area of pho-ton counters based on various nanostructures and nanodevices as well as high energy radiation pho-ton detectors for nonproliferation security and medical uses The conference will gather an au-dience from the contributing research community active in the academic industrial space related physics and research fields

Quantum Optics incorporates a variety of experi-mental systems in which the interaction of single quantum objects can be controlled close to the ul-timate limit of fundamental quantum fluctuations These quantum objects include atoms ions and photons as well as artificial solid-state based ob-jects like electrons in quantum dots color-centers in solids or superconducting qubits The research focus is on the realization of strong enough cou-pling between quantum objects so that the con-trolled interaction can be employed as a building

block of quantum information processing Quan-tum state transfer of photons into quantum mem-ories and two-qubit quantum gates have been recently realized and are ready to be upgraded for being used in larger quantum networks and for extending the scope of applications All these efforts require the most possible detailed under-standing of quantum physics of these objects and their interactions in hybrid systems This objec-tive stimulates a large scope of experimental and theoretical researches ranging from entangle-ment theory as far as to material sciences which fields exhibit a convergence in their objectives and terminology In order to survey the current state-of-the-art in photon-based quantum infor-mation processing the discussion is open to both fundamental aspects as well as basic and applied research oriented on the realization of qubits and controlled interactions

The conference programme will consist of oral and poster presentations on topics that include but are not limited to

PHOTON COUNTING bull new photon counting detectors both

semiconducting and superconducting bull time correlated photon counting advancesbull photon number resolving detectionbull laser ranging and laser time transferbull photon counting devices in astronomybull laser-induced fluorescencebull single molecule detectionbull optical time domain reflectometrybull optical sensorsbull high-energy radiation photon detectorsbull imaging applications using multipixel photon

detectorsbull new and emerging applications of photon

counting


CALL FOR PAPERS

QUANTUM OPTICSbull quantum communication and cryptography bull quantum simulation and computingbull quantum sensing bull quantum imaging and entanglement

enhanced metrologybull basic components for quantum information

processing bull low dimensional interacting quantum systems bull quantum amplifiers memories and interfaces bull open quantum systems driving dissipation

and control bull measurement theory bull quantum networks bull cold atoms bull detection and metrology for quantum

information processing components

Optical Sensors (OO104)Conference Chairs Francesco Baldini Istituto di Fisica Applicata Nello Carrara (Italy) Jiri Homola Institute of Photonics and Electronics of the ASCR vvi (Czech Republic) Robert A Lieberman Lumoptix LLC (United States)

Programme Committee Loiumlc J Blum Univ Claude Bernard Lyon 1 (France) Eduard Brynda Institute of Macromolecular Chemistry of the ASCR vvi (Czech Republic) Stefania Campopiano Univ degli Studi di Napoli Parthenope (Italy) Artur Dybko Warsaw Univ of Technology (Poland) Guumlnter G Gauglitz Eberhard Karls Univ Tuumlbingen (Germany) Pedro Jorge INESC Porto (Portugal) Aleksandra Lobnik Univ of Maribor (Slovenia) Ramaier Narayanaswamy The Univ of Manchester (United Kingdom) Terro Soukka Univ of Turku (Finland) Reinhardt Willsch Institut fuumlr Photonische Technologien eV (Germany)

Over the last twenty years optical sensors have been extensively researched in laboratories all over the world and numerous sensor technolo-gies have found applications in significant fields such as environmental monitoring healthcare food safety and security This conference will bring together researchers and students as well as developers and users of optical sensor with the aim to discuss the latest developments and emerging trends in optical sensing as well as cur-rent and future applications of optical sensors The conference is concerned with all types of optical sensors and all aspects of optical sensing The conference programme will consist of oral and poster presentations on topics that include but are not limited to bull novel concepts in optical sensing bull components and data processing methods

for optical sensors bull integrated optical sensors bull fiber optic sensors bull optical sensor networks and distributed

sensors bull optical chemical sensors and biosensors




Save the date



Micro-structured and Specialty Optical Fibres (OO105)Conference Chairs Kyriacos Kalli Cyprus Univ of Technology (Cyprus) Alexis Mendez MCH Engineering LLC (United States) Pavel Peterka Institute of Photonics and Electronics of the ASCR vvi (Czech Republic)

Programme Committee Jean-Luc Adam Univ de Rennes 1 (France) John Ballato Clemson Univ (United States) Ole Bang DTU Fotonik (Denmark) Hartmut Bartelt Institut fuumlr Photonische Technologien eV (Germany) Neil G R Broderick The Univ of Auckland (New Zealand) Benjamin J Eggleton The Univ of Sydney (Australia) Christopher Emslie Fibercore Ltd (United Kingdom) Sebastien Fevrier XLIM Institut de Recherche (France) Karl-Friedrich Klein Technische Hochschule Mittelhessen (Germany) Jonathan C Knight Univ of Bath (United Kingdom) Michael Komodromos Frederick Univ (Cyprus) Hanne Ludvigsen Aalto Univ School of Science and Technology (Finland) Walter Margulis Acreo Swedish ICT AB (Sweden) Saeed Rehman Fibercore Ltd (United Kingdom) Valerio Romano Berner Fachhochschule Technik und Informatik (Switzerland) Kay Schuster Institut fuumlr Photonische Technologien eV (Germany) Waclaw Urbanczyk Wroclaw Univ of Technology (Poland) David J Webb Aston Univ (United Kingdom) Alexei M Zheltikov Lomonosov Moscow State Univ (Russian Federation)

Specialised optical fibres have seen a significant resurgence in recent years becoming essential optical components designed to control and ma-nipulate light guided within an optical network enabling selective confinement routing dispersion or filtering to occur directly in the optical domain Specialised optical fibres can be broadly classified as solid step or gradient index types liquid core fibres and as photonic crystal or microstructure designs In the former case selective material dop-ing of the fibres can afford unique properties that allow for optical amplification or photosensitivity In the latter case photonic crystal fibre allows for photon propagation in the most intricate of ways with great flexibility we have far more control over the properties of photonic crystals than we do over the electronic properties of semiconductors There are three key features that define the development of a specialised fibre i) the composition of the host material ii) the waveguide design and iii) the use of specialised coatings

This conference aims to provide a forum for scien-tists and engineers-involved with the modelling design fabrication device integration and applica-tion of PCFs and specialty optical fibres-to present and share their latest research and findings This conference will expand on the existing innovations that relate to microstructure and speciality optical fibres detailing progress in the areas of fibre man-

ufacture devices and applications that target the fields of optical communications fibre lasers and amplifiers sensing and spectroscopy and incorpo-rating modelling of novel fibre geometries

The conference programme will consist of both oral and poster presentations Papers are solicited on but not limited to the following topics

MATERIALS PROCESSES AND FABRICATION ADVANCES Advances in speciality and microstructure fibre

manufacture based on silica chalcogenide and multi-component glasses rare-earth doped fibres single crystal material fibre and polymer optical fibres as well as new and advanced coating materials

THEORY AND MODELLING Modelling and simulation of linear and

nonlinear characteristics of novel optical fibres including modal analysis birefringence polarisation and dispersion properties confinement and bending losses evanescent coupling in multi-core fibre and fibre tapers

TEST AND CHARACTERISATION METHODS Characterisation of optical fibres eg

measurements of fibre geometry birefringence dispersion non-linearity and distributed measurements


CALL FOR PAPERS

OPTICAL COMPONENTS SENSORS AND DEVICES Speciality and microstructure fibre-based

devices and their applications cover a broad spectrum of research areas that can include- Supercontinuum generation wavelength

conversion fibre lasers and amplification ultra-high power and ultra-short pulse delivery optical clocks pulse shaping dispersion compensation micro fluidic devices liquid crystal fibres and optical transport of microparticlesltulgt

- Optical sensors eg chemical and biosensors vectorial (multi-core structures) and birefringent sensors (temperature and pressure) Bragg and long period grating sensors in specialised fibres

- Near-field microscopy spectroscopy of gases and liquids

We also encourage papers on hot topics and fields of commercial interest such as ldquoOptical Nanowires and Sub-wavelength Diameter Fibresrdquo ldquoMid-IR and Infrared Fibresrdquo ldquoActive fibres for fiber lasersrdquo ldquoSpecialty Fibres for Bio and Chemical Sensingrdquo with initiatives and advances regarding covid-19 related research considered of primary interest ldquoFibres for Harsh Environmentsrdquo ldquoFibres for use in the Aerospace Industryrdquo ldquoFibres for Oil and Gas Applicationsrdquo and ldquoOptical Fibres in Renewal Ener-gy Applicationsrdquo




Save the date


Holography Advances and Modern Trends (OO106)Conference Chairs Antonio Fimia Univ Miguel Hernaacutendez de Elche (Spain) Miroslav Hrabovskyacute Palackyacute Univ Olomouc (Czech Republic) John T Sheridan Univ College Dublin (Ireland)

Programme Committee Augusto Beleacutendez Univ de Alicante (Spain) Andrea Bianco INAF - Osservatorio Astronomico di Brera (Italy) Hans I Bjelkhagen HANSHOLO (United Kingdom) Friedrich-Karl Bruder Covestro AG (Germany) Sergio Calixto-Carrera Centro de Investigaciones en Oacuteptica AC (Mexico) Christiane Carre Ecole Nationale Supeacuterieure des Sciences Appliqueacutees et de Technologie (France) CNRS FOTON (France) Univ de Rennes 1 (France) Radim Chmeliacutek Brno Univ of Technology (Czech Republic) Giuseppe Coppola Istituto per la Microelettronica e Microsistemi (Italy) Claas Falldorf Bremer Institut fuumlr angewandte Strahltechnik GmbH (Germany) Martin Fally Univ Wien (Austria) Tigran Galstian Ctr drsquoOptique Photonique et Laser Univ Laval (Canada) Stanislovas J Zacharovas Geola Digital uab (Lithuania) Unnikrishnan Gopinathan Instruments Research amp Development Establishment (India) Yoshio Hayasaki Utsunomiya Univ Ctr for Optical Research amp Education (Japan) John J Healy Univ College Dublin (Ireland) Bryan M Hennelly National Univ of Ireland Maynooth (Ireland) Ken Yuh Hsu National Chiao Tung Univ (Taiwan) Damien P Kelly Oryx Consulting (Germany) Milos Kopecky Institute of Physics of the ASCR vvi (Czech Republic) Raymond K Kostuk The Univ of Arizona (United States) Libor Kotacka Optaglio sro (Czech Republic) Malgorzata Kujawińska Warsaw Univ of Technology (Poland) Jacques Laleveacutee Univ de Haute Alsace (France) Osamu Matoba Kobe Univ (Japan) Robert R McLeod Univ of Colorado Boulder (United States) Miroslav Miler Academy of Sciences of the Czech Republic (Czech Republic) Christoph Neipp Univ de Alicante (Spain) Takanori Nomura Wakayama Univ (Japan) Sergey B Odinokov Bauman Moscow State Technical Univ (Russian Federation) Inmaculada Pascual Univ de Alicante (Spain) Giancarlo Pedrini Institut fuumlr Technische Optik (Germany) Kalaichelvi Saravanamuttu McMaster Univ (Canada) Guohai Situ Shanghai Institute of Optics and Fine Mechanics (China) Yasuhiro Takaki Tokyo Univ of Agriculture and Technology (Japan) Yasuo Tomita The Univ of Electro-Communications (Japan) Vladimir Y Venediktov Saint Petersburg Electrotechnical Univ ldquoLETIrdquo (Russian Federation) Przemyslaw W Wachulak Military Univ of Technology (Poland) Dayong Wang Beijing Univ of Technology (China) Rafael Yuste MD Columbia Univ (United States) Stanislovas J Zacharovas Geola Digital uab (Lithuania) Haizheng Zhong Beijing Institute of Technology (China) Igor Zhurminsky Ctr Suisse drsquoElectronique et de Microtechnique SA (Switzerland)


A new era in Holography opened in 1961 when Leith and Upatnieks described the use of the off-axis reference beam to capturemdashon a single piece of photographic filmmdashthe complete record of the light wave resulting for the first time in ho-lographic images of excellent quality What is less well appreciated is that by 1967 Goodman and Lawrence had demonstrated a digital holograph-ic system Our last meeting in 2017 coincided with the 90th anniversary of the births in 1927 of both Leith (March 12th) and Denisyuk (July 27th) Today holography in its many forms is not only alive but is thriving It has found widespread applications throughout all fields of science and technology While some initial expectations have not been re-alized an increasing number of other applications have been discovered which have brought real practical benefits to mankind

This year marks the fifth conference in this series since it was inaugurated in 2009 It was founded to highlight contemporary techniques of holographic recording and replay including digital holography holographic materials switchable devices com-puter-generated holograms optical information processing security diffractive optics (Volume Holographic Optical Elements) metrology and the interferometric fabrication of photonic crystals We intend to provide a platform which also allows those in closely related areas (eg involving phase retrieval algorithms quantitative phase microsco-py sensing compression data storage and 3D im-aging and displays and including art holography and AugmentedMixedVirtual Reality) to share ideas and concepts


CALL FOR PAPERS

The conference is not limited to the visible parts of the electromagnetic spectrum but also the emerg-ing area of matter waves eg holographic neutron optics The conference accepts submission dealing with recording media and processing methods ap-plications and signal processing Talks describing commercial materials systems and applications are encouraged While all aspects of holography (aca-demic and commercial) are of interest we strongly encourage submissions dealing with novel appli-cation and the optical engineering aspects of ho-lography This conference is dedicated to bringing together a multidisciplinary and international mix-ture of research professionals developers and us-ers of holographic techniques devices and systems including students and those in product develop-ment and senior management positions

Topics of interest include but are not limited to bull advances in holographic techniques (materials

algorithms devices and systems) bull holographic interference techniques for

fabrication and metrology bull digital holography the capture transmission

processing and electronic storage of holograms

bull computer generated holograms and diffractive optics modelling and analysis

bull digital processing of holograms and interferometric data

bull holography in nanotechnology bull novel materials and their characterization

methods for holographic applications bull real-time and active holographic recording

(modelling materials and processes) bull dynamically switchable holograms

(implementations and applications) bull security holography bull holographic 3D imaging microscopy

tomography displays and wearables (Internet of Things IoT)

bull elements and systems used for the holographic storage of digital information

bull holographic applications for non-electromagnetic waves




Save the date


Integrated Optics Design Devices Systems and Applications (OO107)Conference Chairs Pavel Cheben National Research Council Canada (Canada) Jiřiacute Čtyrokyacute Institute of Photonics and Electronics of the ASCR vvi (Czech Republic) Intildeigo Molina-Fernaacutendez Univ de Maacutelaga (Spain)

Programme Committee Roel G Baets Univ Gent (Belgium) Trevor Mark Benson The Univ of Nottingham (United Kingdom) Hung-Chun Chang National Taiwan Univ (Taiwan) Christopher R Doerr Acacia Communications Inc (United States) Daivid Fowler CEA-LETI (France) Romuald Houdreacute Ecole Polytechnique Feacutedeacuterale de Lausanne (Switzerland) Raman Kashyap Ecole Polytechnique de Montreacuteal (Canada) Philippe Lalanne Institut drsquoOptique Graduate School (France) Xaveer J M Leijtens Technische Univ Eindhoven (Netherlands) Goran Z Mashanovich Univ of Southampton (United Kingdom) Andrea I Melloni Politecnico di Milano (Italy) Jarmila Muumlllerovaacute Univ of Žilina (Slovakia) Martin Schell Fraunhofer-Institut fuumlr Nachrichtentechnik Heinrich-Hertz-Institut (Germany) Laurent Vivien Institut drsquoEacutelectronique Fondamentale (France) Lech Wosinski KTH Royal Institute of Technology (Sweden)


The conference focuses on the design of integrated optical devices and systems for high impact appli-cations Theoretical and experimental papers are solicited that report progress in the following and related topics

SIMULATION AND DESIGNbull optical waveguide theory modeling and

simulation for device designbull photonic design automation manufacturing

and verification toolsbull novel algorithms and photonic CAD software

for photonics and integration with electronics

DEVICESbull passive and active waveguide devices bull integrable light sources photodetectors

modulators amplifiers wavelength converters switches couplers resonators filters and subsystems

bull diffractive and subwavelength based devices bull 2D materials in waveguide photonics and

topological photonicsbull plasmonic and hybrid integrated plasmonic-

photonic devices

SYSTEMS AND APPLICATIONSbull integrated photonics for communications

datacom access WDM networks and coherent communications

bull optical interconnectsbull integrated photonics for automotive

aerospace and defence applications beam steering and LIDAR

bull photonic sensors for nanomedicine and environmental monitoring visible NIR and MIR

bull integrated microwave and terahertz photonics and signal processing




Save the date


CALL FOR PAPERS

(continued next page)

EUV and X-ray Optics Synergy between Laboratory and Space (OO108)Conference Chairs Reneacute Hudec Astronomical Institute of the ASCR vvi (Czech Republic) Czech Technical Univ in Prague (Czech Republic) Ladislav Pina Czech Technical Univ in Prague (Czech Republic)

Programme Committee Jens Biegert ICFO - Institut de Ciegravencies Fotograveniques (Spain) Webster Cash Univ of Colorado at Boulder (United States) Thorsten Doumlhring Hochschule Aschaffenburg (Germany) Henryk Fiedorowicz Military Univ of Technology (Poland) Reneacute Hudec Czech Technical Univ in Prague (Czech Republic) Randall L McEntaffer The Univ of Iowa (United States) Stephen L OrsquoDell NASA Marshall Space Flight Ctr (United States) Giovanni Pareschi INAF - Osservatorio Astronomico di Brera (Italy) Ladislav Pina Czech Technical Univ in Prague (Czech Republic) Yuriy Y Platonov Rigaku Innovative Technologies Inc (United States) Paul B Reid Harvard-Smithsonian Ctr for Astrophysics (United States) Bedřich Rus ELI Beamlines (Czech Republic) Institute of Physics of the ASCR vvi (Czech Republic) Frank Siewert Helmholtz-Zentrum Berlin fuumlr Materialien und Energie GmbH (Germany) William W Zhang NASA Goddard Space Flight Ctr (United States) Paola Zuppella CNR-Istituto di Fotonica e Nanotecnologie (Italy)

Extreme Ultraviolet (EUV) and X-ray Optics have many applications in many areas of recent science and technology ranging from space (astronomy) to the laboratory and numerous alternative designs of these optics have been suggested and implement-ed The apertures range from micromirrors of less than 1 mm to a few meters in the case of space ap-plications Novel schemes of source-optics systems and experimental results show higher brightness and better imaging or diagnostic capabilities

The purpose of this conference is to bring together scientists manufacturers optical and mechanical engineers designers and users of EUV and X-ray optics in order to exchange ideas highlight possi-ble problems and challenges linked to their use and to seek ways to overcome the current limitations

New or potential users of EUV and X-ray optics will benefit from clear reviews by experienced special-ists discussing the advantages and disadvantages of these advanced optical arrangements An im-portant part of the meeting will be dedicated to the use of adaptive EUV and X-ray optics how to improve their performances and reviewing new re-sults and recent advances

An additional goal of the conference is to bring together EUV and X-ray optical scientists special-ising in both terrestrial and space applications with benefits for both sides Many application areas of EUV and X-ray optics require novel technologies and new approaches in order to achieve better im-aging quality and some approaches designed and developed originally for space optics should also be applicable in laboratory optics and vice versa

Presentations discussing technologies for future space X-ray astronomy missions are encouraged These missions require development of mostly in-novative technologies the possibilities the results obtained so far and details of new ideas are suit-able topics for discussion The recent situation in the field strongly demonstrates the urgent need of novel cost effective approaches and solutions

It is clear that the requirements of future large X-ray astronomy missions are so demanding that they need a truly interdisciplinary approach in a wide international collaboration The technologies will include X-ray optics based on Si wafers and ad-vanced glass forming for precise X-ray optics but also other possibilities as well as related advanced metrology measurement and testing These tech-nologies can also be used for laboratory EUV and X-ray optics and presentations based on such ap-plications will be welcome In addition discussions of new projects and results achieved in synchrotron and laboratory EUV and X-ray optics are requested including considerations of how related fields can benefit from these achievements

Both the laboratory and space EUV and X-ray com-munities have begun efforts in the development of active adaptive optics with the aim of achieving superfine angular or spatial resolutions This con-ference will also cover all aspects development and use of such optical techniques Researchers (including industrial partners) working in the fol-lowing aspects of EUV and X-ray optics are encour-aged to submit papers for consideration



EUV and X-ray Optics Synergy between Laboratory and Space (OO108 continued)

bull overviews of EUV and X-ray optics technologies for laboratory and space

bull overviews of applications of EUV and X-ray optics

bull reflective diffractive and refractive EUV and X-ray optics

bull novel concepts designs and technologies for EUV and X-ray optics

bull theory modelling and simulation of EUV and X-ray optics

bull integrated devices and systems (sources optics detectors)

bull devices and fabrication approaches to achieve improved quality EUV and X-ray optics

bull active adaptive EUV and X-ray optics bull multilayer X-ray optics bull optics for hard X-rays bull electronics and control of EUV and X-ray

optical devices and systems bull measurement characterization and

assessment of EUV and X-ray optical devices and systems including reliability

bull new classes of experiments and improvements to existing techniques

bull scientific results obtained with EUV and X-ray optics

The conference organisers hope to receive contri-butions from experienced groups from important world facilities and institutes (including industrial partners) The aim is to focus on the leading current EUV and X-ray optics technologies and those with the potential to be realizable in the future




Save the date


High-Power High-Energy and High-Intensity Laser Technology (OO109)Conference Chairs Joachim Hein Friedrich-Schiller-Univ Jena (Germany)

Programme Committee Jens Biegert ICFO - Institut de Ciegravencies Fotograveniques (Spain) Gonccedilalo N Figueira Instituto de Plasmas e Fusatildeo Nuclear (Portugal) Junji Kawanaka Osaka Univ (Japan) Joumlrg Koumlrner Friedrich-Schiller-Univ Jena (Germany) Luca Labate Consiglio Nazionale delle Ricerche (Italy) Evgeny A Perevezentsev Institute of Applied Physics of the RAS (Russian Federation)

This conference will be dedicated to the underlying science and new developments in the field of lasers producing high-pulse energies high-peak or aver-age powers Such laser systems are essential tools for research in laser matter interaction as drivers for various kinds of physical processes including acting as pump sources and secondary source gen-eration and for industrial applications including materials processing The whole wavelength range from the UV to the upcoming mid-IR is covered Pa-pers are especially solicited on the following topics

SYSTEMSbull new types of lasers capable of producing high

power or ultrashort pulsesbull high-energy DPSSL flash-lamp pumped solid

state or gas lasersbull high-power laser architectures including fiber

and thin disc lasersbull mid-infrared lasers materials and devices as

well as applicationsbull high-power diode lasers as pump sources

PROCESSESbull broadband high-energy or high average-

power parametric amplificationbull high-energy or high-power frequency

conversion bull THz and X-ray generation bull laser oscillator and amplifier dynamics bull coherent and incoherent combination of laser

pulses

SUPPORTING TECHNOLOGIESbull laser materials and their characterizationbull improvement of laser-induced damage

threshold opticsbull advanced cooling schemes for solid state

lasersbull fast laser modulators and modulators that can

handle high average or high peak powerbull new techniques in laser metrology

JOINT SESSIONConferences High-Power High-Energy and High-In-tensity Laser Technology (OO109) Short-pulse High-energy Lasers and Ultrafast Optical Technol-ogies (OO110) and Research Using Extreme Light Entering New Frontiers with Petawatt-Class Lasers (OO114) will organize a joint session dedicated to technologies for the next generation ultra-high peak power lasers Submissions discussing the following topics are encouragedbull novel amplifier schemesbull new cooling techniquesbull advanced materials and optics for high peak

power lasersbull new high intensity laser metrology methods

CALL FOR PAPERS


Short-pulse High-energy Lasers and Ultrafast Optical Technologies (OO110)Conference Chairs Pavel Bakule Institute of Physics of the CAS vvi (Czech Republic) Constantin L Haefner Lawrence Livermore National Lab (United States)

Petawatt lasers with wide range of specifications in terms of energy pulse duration and repetition rate are now operating or are under construction at a multitude of facilities around the world Demon-strating a peak power of 10 PW seems to be within reach and 100 PW lasers are on the drawing board All of this investment into new laser technology de-velopment is needed to access a wide variety of scientific applications

This conference will be dedicated to discussing the laser physics technology and architecture under-lying the development of high energy short pulse laser systems and specifically large petawatt laser systems Contributions are expected on the follow-ing topics

SHORT PULSE AMPLIFICATION TECHNOLOGIESbull large scale Petawatt lasers and high peak

power laser systems bull high energy short pulse generation and

amplification bull broadband OPCPA technologiesbull high energy broadband amplifiers based on

TiSapphire and other novel materials bull high temporal contrast short pulse front end

technology

DISPERSION MANAGEMENTbull broadband spectral shaping and dispersion

management techniquesbull high energy and high average power

compressors

ENGINEERING CHALLENGESbull short pulse measurement and diagnosticsbull short pulse coherent beam combination for

high intensity bull large aperture broadband optics bull precision laser timing and synchronization

techniques







Save the date


Optics Damage and Materials Processing by EUVX-ray Radiation (XDam8) (OO111)Conference Chairs Libor Juha Institute of Physics of the ASCR vvi (Czech Republic) Saša Bajt Deutsches Elektronen-Synchrotron (Germany) Steacutephane Guizard CEA-DRF-IRAMIS Lab des Solides Irradieacutes (France)

Programme Committee Fred Bijkerk Univ Twente (Netherlands) Jaromiacuter Chalupskyacute Institute of Physics of the ASCR vvi (Czech Republic) Henryk Fiedorowicz Military Univ of Technology (Poland) Jacek Krzywinski SLAC National Accelerator Lab (United States) Klaus Mann Laser-Lab Goumlttingen eV (Germany) Tomaacuteš Mocek Institute of Physics of the ASCR vvi (Czech Republic) Ladislav Pina Czech Technical Univ in Prague (Czech Republic) Jorge J Rocca Colorado State Univ (United States) Michael Stoumlrmer Helmholtz-Zentrum Geesthacht (Germany) Marco Truccato Univ degli Studi di Torino (Italy) Philippe Zeitoun Ecole Nationale Supeacuterieure de Techniques Avanceacutees (France) Beata Ziaja-Motyka Deutsches Elektronen-Synchrotron (Germany)

The conference will be devoted to the study of damage to optical elements and patterning of ma-terial surfaces irradiated by high average andor high peak fluxes of radiation in the extreme ultravi-olet and x-ray spectral regions The following main subjects will be covered by the conference bull irreversible changes occurring in solids

exposed to synchrotron radiation high-order harmonics discharge- and laser-plasma based sources of incoherent EUVx-ray radiation and EUVx-ray laser beams including free-electron lasers (FELs)

bull chain scissions and crosslinking in EUVx-ray-exposed polymers esp EUVx-ray resists

bull relationships between EUVx-ray desorption ablation and phase transitions

bull transient phenomena pumped andor probed by short or ultra-short EUVx-ray pulses

bull influence of radiation damage to samples on their imaging and structural analysis

bull EUVx-ray laser induced periodic surface structures (EUVx-ray LIPSS)

bull direct micro- and nano-patterning by intense EUVx-ray radiation modulated by masks or in interferometers

bull optimization of irradiation conditions to produce tailored micro(nano)structures

bull comparing responses of thin film coatings multilayer structures gratings and bulk materials to intense short-wavelength radiation

bull radiation damage to interfaces bull dual action of short (EUVx-ray) and long

(UVVisNIR) wavelength radiation on solid surfaces

bull advanced diagnostics for investigation of formation and development changes initiated in and on various materials and structures by intense EUVx-ray radiation

bull thermally induced transient deformations of optical surfaces and related wave-front changes (thermal lensing)

bull challenges for radiation damage and material processing studies associated with the current development of compact high-repetition EUVx-ray free-electron lasers often called cw FELs

bull utilization of damage patterns on irradiated surfaces to characterize the EUVx-ray radiation field

bull analytical techniques and procedures for detailed characterization of changes in irradiated condensed phase

bull formation of carbonaceous deposit (carbon black) from residual gases on irradiated surfaces

bull computer simulation of processes induced in solids by EUVx-ray pulses at microscopic and macroscopic levels

bull calculations of damage limits for optical components used with intense short-wavelength radiation sources

bull strategies for the design of optical elements to avoid or reduce their EUVx-ray radiation damage

Special attention will be paid to the practical im-portance of these subjects to direct EUVx-ray mi-cro(nano)structuring EUVx-ray nanolithography focusing of incoherent emission from plasma-based point sources and manipulationcharacterization of radiation from new generation EUVx-ray la-sers and other ultra-intense sources such as FELs (eg LCLS SACLA FLASH DCLS FERMI SXFEL PAL-XFEL SwissFEL and European XFEL) and ad-vanced laser-driven sources (eg LASERIX PALS and ELI Beamlines)

EXTREME LIGHT SOURCES


Relativistic Plasma Waves and Particle Beams as Coherent and Incoherent Radiation Sources (OO112)Conference Chairs Dino A Jaroszynski Univ of Strathclyde (United Kingdom) MinSup Hur Ulsan National Institute of Science and Technology (Korea Republic of)

Programme Committee Min Chen Shanghai Jiao Tong Univ (China) John P Farmer Heinrich-Heine-Univ Duumlsseldorf (Germany) Nathaniel J Fisch Princeton Univ (United States) Punit Kumar Univ of Lucknow (India) Antoine Rousse Ecole Nationale Supeacuterieure de Techniques Avanceacutees (France) Luis O Silva Univ Teacutecnica de Lisboa (Portugal) Roman Spesyvtsev Univ of Strathclyde (United Kingdom) Hyyong Suk Gwangju Institute of Science and Technology (Korea Republic of) Luca Volpe Univ degli Studi di Milano-Bicocca (Italy) Stefan A Weber Institute of Physics of the CAS vvi (Czech Republic) Xue Yang Capital Normal Univ Beijing Advanced Innovation Ctr for Imaging Technology (China)

Relativistic plasma waves driven by high-power ultra-short pulse lasers are providing new oppor-tunities for developing ultra-compact coherent and incoherent radiation sources which span a broad spectral range from millimetre wavelengths to X-rays and even beyond to gamma rays

Laser and beam driven plasma wakefield accelera-tors have acceleration gradients more than a thou-sand times that of conventional accelerators These ultra-compact accelerators are now being devel-oped into compact synchrotron sources free-elec-tron lasers and gamma ray sources The radial electrostatic forces of plasma waves and the avail-ability of counter-propagating laser beams pro-vides a unique opportunity to develop ultra-short period wigglers thus making possible sources of radiation with photon energies extending to hard X-rays and gamma rays and of unprecedented bril-liance and short pulse duration Transition Cheren-kov and diffraction radiation from the femtosecond duration electron bunches is opening up the possi-bility of single cycle radiation fields with unprece-dented intensities

Furthermore scattering laser radiation from rela-tivistic plasma waves produces high intensity co-herent radiation beams with high efficiency which can result in high intensity attosecond duration coherent XUV radiation

Plasma waves are being used to amplify light through Brillouin Compton and Raman backscat-tering which may provide a new route to very high power and efficient parametric amplifiers They can also be used to produce transient plasma photonic crystals as robust optical elements such as holo-grams mirrors and compressors polarizers wave-plates etc

Radiation arising from laser-plasma interactions is extending the range of applications of electro-magnetic radiation into domains of science that are not usually associated with lasers which include probing the nucleus QED astrophysics and follow-ing the evolution of matter on its natural time and space scales

If these relativistic plasma based sources are de-veloped to maturity they could transform the way science is done-by making them widely available and delivering intense photon beams with unique properties

Papers are solicited on (not exclusively) the follow-ing areas bull synchrotron sources and free-electron lasers

based on laser and beam driven plasma wakefield accelerators

bull betatron and ion channel sources based on plasma accelerators and plasma wigglers

bull scattering from relativistic plasma waves and ionisation fronts as coherent sources

bull parametric amplification using plasma waves Brillouin Compton and Raman amplifiers compressors

bull transient plasma photonic crystals as robust optical elements

bull terahertz and infrared sources based on laser-plasma interactions

bull applications of laser-plasma radiation sourcesbull high-field applications of intense laser fields



Laser Acceleration of Electrons Protons and Ions (OO113)Conference Chairs Stepan S Bulanov Lawrence Berkeley National Lab (United States) Joumlrg Schreiber Ludwig-Maximilians-Univ Muumlnchen (Germany) Carl B Schroeder Lawrence Berkeley National Lab (United States)

Programme Committee Sergei V Bulanov ELI Beamlines (Czech Republic) Min Chen Shanghai Jiao Tong Univ (China) Brigitte Cros Univ Paris-Sud 11 (France) Eric Esarey Lawrence Berkeley National Lab (United States) Leonida A Gizzi Consiglio Nazionale delle Ricerche (Italy) Bjoumlrn Manuel Hegelich The Univ of Texas at Austin (United States) Masaki Kando National Institutes for Quantum and Radiological Science and Technology KPSI (Japan) Karl M Krushelnick Univ of Michigan (United States) Victor Malka Ecole Nationale Supeacuterieure de Techniques Avanceacutees (France) Zulfikar Najmudin Imperial College London (United Kingdom) Ulrich Schramm Helmholtz-Zentrum Dresden-Rossendorf e V (Germany) Zheng-Ming Sheng Shanghai Jiao Tong Univ (China) Luis O Silva Univ Teacutecnica de Lisboa (Portugal) Vladimir T Tikhonchuk Univ Bordeaux 1 (France) Matthew Zepf Queenrsquos Univ Belfast (United Kingdom)

This conference will be dedicated to new devel-opments on the laser acceleration of electrons protons and ions This includes methods based on the interaction of intense lasers with structures and plasmas at gas and solid densities Experi-ments diagnostics theory and numerical model-ing of laser accelerators will be discussed Papers are solicited on the following topics bull interaction of intense laser pulses with

structures gases and solid targets bull generation of large amplitude plasma waves

with intense laser pulsesbull self-guiding and channel guiding of intense

laser pulsesbull intense laser-plasma instabilitiesbull particle acceleration with lasersbull particle injection techniques for laser

acceleratorsbull particle beam interaction with plasmasbull particle beam quality in laser acceleratorsbull staging of laser acceleratorsbull diagnostics for laser accelerators and ultra-

short particle bunchesbull theoretical and numerical modeling of laser

accelerators

CALL FOR PAPERS




Save the date


Research Using Extreme Light Entering New Frontiers with Petawatt-Class Lasers (OO114)Conference Chairs Georg Korn Institute of Physics of the ASCR vvi (Czech Republic) Luis O Silva Univ de Lisboa Instituto Superior Teacutecnico (Portugal)

Conference Co-ChairsSergei V Bulanov ELI Beamlines (Czech Republic)

Programme Committee Dimitrios Charalambidis Foundation for Research and Technology-Hellas (Greece) Cristina Hernandez-Gomez Rutherford Appleton Lab (United Kingdom) Mattias Marklund Umearing Univ (Sweden) Carl B Schroeder Lawrence Berkeley National Lab (United States) Kazuo A Tanaka Extreme Light Infrastructure Nuclear Physics (Romania) Katalin G Varju Univ of Szeged (Hungary) ELI-ALPS (Hungary) Marija Vranic Instituto Superior Teacutecnico (Portugal) Matthew Zepf Queenrsquos Univ Belfast (United Kingdom) Victor Zamfir Horia Hulubei National Institute of Physics and Nuclear Engineering (Romania)

This conference will be dedicated to the new de-velopments in intense laser-matter and laser vacu-um interactions and Petawatt photonics triggered and motivated by the Extreme Light Infrastructure (ELI) represented by its three pillars ELI Beam-lines ELI ALPS and ELI NP thus opening a gateway to new regimes in physics The opportunities and challenges associated with these regimes from a technical experimental computational and theo-retical point of view will be covered with a focus on the enabling technologies for ELI and the sci-ence challenges associated with ultra-high laser in-tensities and with the unique secondary sources to be produced eg ultra-short pulses of high energy photons electrons and ions

Papers are solicited on the following topics bull prospects of using ultra-intense lasersbull nuclear physics with ultra-intense lasersbull laser acceleration of particles towards the

energy frontier - laser acceleration of particles using super-

short pulses approaching the single cycle regime

- laser produced neutron sources and applications

bull from attosecond to zeptosecond science at high intensities

bull theory and simulations ultra-relativistic regimes of laser-matter and laser-vacuum interaction- lasers and new technologies allowing to

approach intensity frontiers on the road to Schwinger fields

- particle physics with intense laser fields





X-Ray Free-Electron Lasers Advances in Source Development and Instrumentation (OO115)Conference Chairs Thomas Tschentscher European XFEL (Germany) Luc Patthey Paul Scherrer Institut (Switzerland) Kai Tiedtke Deutsches Elektronen-Synchrotron (Germany) Marco Zangrando Elettra-Sincrotrone Trieste SCpA (Italy)

Programme Committee Intae Eom Pohang Univ of Science and Technology (Korea Republic of) David Mark Fritz SLAC National Accelerator Lab (United States) Eduard Prat Paul Scherrer Institut (Switzerland) Frank Siewert Helmholtz-Zentrum Berlin fuumlr Materialien und Energie GmbH (Germany) Makina Yabashi Japan Synchrotron Radiation Research Institute (JASRI) (Japan) Mikhail V Yurkov Deutsches Elektronen-Synchrotron (Germany)

Free-electron laser (FEL) user facilities for the short-wavelength regime from vacuum-ultravio-let to hard x-rays are operational for more than a decade now In Europe FLASH (Hamburg) FERMI (Trieste) SwissFEL (Villigen) and European XFEL (Hamburg) and world-wide LCLS (Menlo Park) SACLA (Harima) and PAL-XFEL (Pohang) are op-erated for scientific user experiments X-ray FEL radiation provides exquisite x-ray beam properties in terms of pulse duration coherence pulse ener-gy and peak flux and is regularly applied to high profile scientific applications reaching from phys-ics over chemistry material and earth sciences to biology

Many applications using the new FEL sources em-ploy new x-ray techniques and instrumentation deve-loped for and at the FEL facilities New science applications generate additional requirements for the further development of sources and instrumen-tation Current new developments include special FEL schemes or dedicated end-stations for specific experiments Another development concerns the provision of high average brightness x-ray beams at FLASH and European XFEL and in the future at LCLS-II or SHINE (Shanghai) In the focus of this conference stands the development of x-ray FEL sources and their instrumentation Contributions shall address requirements for current and new de-velopments driven by present and future scientific applications and new instrumentation develop-ments in the areas of electron accelerator opera-tion and diagnostics FEL schemes x-ray optics diagnostics and beam transport end-stations for FEL experiments ancillary instrumentation such as sample environment (injection refreshment tem-perature pressure laser excitation etc) detectors and data analysis schemes

Contributions shall cover emerging needs progress reports and topical reviews related to the following and related topics bull status of planned and operational VUV EUV

soft x-ray and X-ray FEL facilities bull science applications defining requirements to

FEL radiation properties and instrumentation bull advanced FEL radiation schemes (eg seeding

variable polarization superradiative two-color sub-fsec pulse)

bull diagnostics of electron beam and FEL radiation bull instrumentation for femtosecond

characterization in pump-probe experiments bull instrumentation for spatial characterization of

intense X-ray pulses in FEL experiments bull X-ray optics and beam transport issues

including propagation and wavefront measurements of coherent X-ray FEL radiation

bull end-stations for FEL experiments bull advanced instrumentation for FEL experiments

in the areas of sample environment detectors and laser schemes

bull data migration analysis and experiment simulation

CALL FOR PAPERS



Applying Laser-driven Particle Acceleration Medical and Nonmedical Uses of Distinctive Energetic Particle and Photon Sources II (WS201)Conference Chairs Paul R Bolton Ludwig-Maximilians-Univ Muumlnchen (Germany)

Programme Committee Patrizio Antici Institut National de la Recherche Scientifique (Canada) Pablo G Cirrone Istituto Nazionale di Fisica Nucleare (Italy) Antonio Giulietti Consiglio Nazionale delle Ricerche (Italy) Kenneth W D Ledingham Univ of Strathclyde (United Kingdom) Paul McKenna Univ of Strathclyde (United Kingdom) Katia Parodi Ludwig-Maximilians-Univ Muumlnchen (Germany) Joumlrg Schreiber Ludwig-Maximilians-Univ Muumlnchen (Germany)

In this multi-petawatt laser era development of high power laser systems continues with repe-tition-rated petawatt lasers now commercially available Multi-petawatt system commissioning is underway in some laboratories and 10 petawatt peak power demonstration is on the horizon Ba-sic mechanisms and challenges for laser accelera-tion of particles in extreme plasma environments are becoming better understood and power level requirements for reaching specified bunch charge and kinetic energy can be readily simulated Laser pulses focused tightly onto a target can unique-ly generate intense beams of electrons protons other ions neutrons X-rays and gamma-rays from abruptly induced plasmas Meaningful applications motivate the development of these laser-driven secondary sources which we can view as candi-dates for a wide variety of possibilities

The ALPA Workshop has evolved from previous SPIE conferences in particular from the lsquoMedical Applications of Laser-Generated Beams of Parti-clesrsquo conference in 2017 With recently extended scope it continues to prominently feature the po-tential for medical applications in sessions that can include laser and source requirements radi-ation oncology radiation biology and diagnostic development However we also address all other

potential applications of laser-driven energetic particle and photon sources in appropriate ses-sions as needed Added topics of interest include (and are not limited to) fast radiobiological pro-cesses ultrafast radiation chemistry food quality assessment material irradiation (processing and modification) nanoparticle synthesis cultural her-itage diagnostics ion beam (nuclear) analysis ion implantation innovative x-ray and proton imaging dielectric laser accelerator (DLA) applications uses of laser-driven neutron sources ionoacoustics and space radiation effects (notably in biological sys-tems and electronic devices) The ALPA Workshop therefore brings to global researchers an appropri-ately broader view of laser-driven source capability and applications

Workshop speakers will present a broad range of potential applications of these distinctive sec-ondary sources as they emerge from science and technology of the burgeoning multi-petawatt laser era where trends can rapidly evolve and synergies can be important All potential applications of la-ser-driven energetic particle and photon sources are relevant to SPIErsquos 2021 ALPA Workshop

THE WORKSHOP IS NOT OPEN TO SUBMISSIONS

WORKSHOPS


CALL FOR PAPERS

Optical Fiber Technology II (WS202)Conference Chairs Ivan Kašiacutek Institute of Photonics and Electronics of the CAS vvi (Czech Republic)

Optical Fiber Technology Workshop is focused on advanced fabrication methods of optical fibers and optical fiber components and contains a series of tutorial and invited lectures Following the Work-shop registered participants are invited to a lab tour to the laboratory for fabrication of specialty optical fibres for fibre lasers and optical fibre sen-sors part of the Institute of Photonics and Elec-tronics (UacuteFE) of the Czech Academy of Sciences


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Submit your next paper to an SPIE Journal

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the conference and must make their oral presentation as scheduled

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wwwspieorgoo-awards

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CALL FOR PAPERS

General InformationTECHNICAL PROGRAMMEThe comprehensive Advance Technical Programme for this symposium will list conferences paper titles and authors in order of presentation an outline of all planned special events and hotel and registration information All those who submit an abstract will receive a copy

REGISTRATIONSPIE SPIE Optics + Optoelectronics registration will be available January 2021

All participants including invited speakers con-tributed speakers session chairs co-chairs and committee members must pay a registration fee Authors coauthors programme committee mem-bers and session chairs are accorded a reduced symposium registration fee

Fee information for conferences a registration form and technical and general information will be available on the SPIE website in January 2021

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LETTERS OF INVITATION FOR VISA PROCESSIndividuals requiring letters of invitation to obtain travel visas to present their papers may access and print an Invitation Letter Request Form found on the event website

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Present your research at SPIE Optics + OptoelectronicsFollow these instructions to develop a successful abstract and accompanying manuscript for the conference and for publication in the Proceedings of SPIE in the SPIE Digital Library

How to submit an abstract1 Browse the conference programme and select conference(s) that most closely match the topics

of the research you wish to present Important each abstract may be submitted to one conference only

2 Click Submit an Abstract from within the conference youve chosen and youll be prompted to sign in to your spieorg account to complete the submission wizard

What you will need to submitA completed electronic submission should include the followingbull Titlebull Author(s) informationbull 500-word abstract for technical reviewbull 300-word summary for the programmebull Keywords used in search for your paper (optional)bull Your decision on publishing your presentation recording to the SPIE Digital Librarybull Some conferences may indicate additional requirements in the Call for Papers Note Only original material should be submitted Commercial papers papers with no new

researchdevelopment content and papers with proprietary restrictions will not be accepted for presentation

Submission agreementPresenting authors including keynote invited oral and poster presenters agree to the following conditions by submitting an abstractRegister and attend the meetingbull Present as scheduledbull Publish a 6- to 20-page manuscript in Proceedings of SPIE in the SPIE Digital Library bull Obtain funding for registration fees travel and accommodations independent of SPIE through

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CALL FOR PAPERS

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15 Conferences + 2 Workshops in 2 Technology Tracks



bull EUV and X-ray Optics Synergy between Laboratory and Space

bull High-Power High-Energy and High-Intensity Laser Technology

bull Short-pulse High-energy Lasers and Ultrafast Optical Technologies

bull Laser Acceleration of Electrons Protons and Ionsbull Research Using Extreme Light Entering New

Frontiers with Petawatt-Class Lasersbull X-Ray Free-Electron Lasers Advances in Source

Development and Instrumentation


bull Metamaterialsbull Nonlinear Optics and Applicationsbull Quantum Optics and Photon Countingbull Optical Sensorsbull Micro-structured and Specialty Optical Fibresbull Holography Advances and Modern Trendsbull Integrated Optics Design Devices Systems

and Applications

bull Optics Damage and Materials Processing by EUVX-ray Radiation (XDam8)

bull Relativistic Plasma Waves and Particle Beams as Coherent and Incoherent Radiation Sources

WORKSHOPSbull Optical Fiber Technologybull Applying Laser-driven Particle Acceleration

Medical and Nonmedical Uses of Distinctive Energetic Particle and Photon Sources

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Exhibition See whatrsquos new in high power laser technologiesThe technical exhibition for researchers engineers product developers programme managers and purchasers who specialize in laser technology Meet suppliers who provide technologies that drive Europersquos largest optoelectronic infrastructure projects Plan to walk the floor and make connections with suppliers and project partners from around the world

Todayrsquos advancements for tomorrowrsquos applicationsStay ahead of the fast-changing technology curve with insight from leading researchers Come hear recent technical advancements and collaborate with other experts working on industrial and research applications imaging and vision defence telecommunications space transportation industrial process control and laser fusion

- Present to experts

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Submit your abstract by 6 January 2021

Watch more than 26000 conference presentations on the SPIE Digital Library

SEARCH rsaquoEnter your search term

SPIEDigitalLibraryorgvideos

See the talks you missed

16 August 2019Frontiers of applications of petawatt laser physics (Conference Presentation)Ulrich Schramm

23 August 2019Light-induced permeabilization of liposomesPaula Enzian et al

22 April 2019Chromatic line confocal technology in high-speed 3D surface-imaging applicationsKarri Niemelauml

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Accelerate the development process SPIE Optics + Optoelectronics is the leading meeting for scientists researchers and engineers to share their latest breakthroughs deepen their understanding of important advances in photonics and enable the most ambitious extreme light projects and cultivate meaningful contacts with colleagues and other leading experts

One programme 2 tracks 15 conferences and 2 workshops highlight the technologies that drive Europersquos most exciting advances in photonics and enable the most ambitious extreme light projects








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Plan to Participate

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spieorgjournals














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spieorgproceedings

SPIE supports


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ABSTRACT SUBMISSION










Invitation Requests

Important dates








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and Applications





spieorgoo21call







































ContentsMANAGED BY







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3







metamaterials






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counting


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spieorgjournals














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