T01 APPLIED SURFACE SCIENCE

T01.01   Surface chemistry and catalysis
T01.02   Quantitative surface and interface analysis
T01.03   New approaches and novel applications of surface/interface analysis methods
T01.04   Oxidation and corrosion
T01.05   Surface analysis, surface modifications
T01.06   Surface, interface, and nanomaterial characterization in working environments
T01.07   Particle surfaces and environmental interactions
T01.08   Bio-material interfaces
T01.09   Adhesion
T01.10   Thin films for photovoltaics
T01.11   Applied surface science in energy applications
T01.12   Industrial needs and applications of surface analysis
T01.13   Nano-instrumentation, SPM and novel probe techniques
T01.14   Characterization of nanomaterials
T01.15   Oxide films and insulating films
T01.16   Self assembly
T01.17   Tribology
T01.18 Others

T02 ASTRONOMICAL FRONTIERS FOR SURFACE SCIENCE

T02.01   Observation: the astronomical context
T02.02   Laboratory surface science for astro-chemistry
T02.03   Modelling
T02.04   Others

T03 BIOINTERPHASES

T03.01   The future of biosensors
T03.02   Quantifying and predicting protein/surface interactions
T03.03   In situ and in vivo studies of biointerfaces
T03.04   Manipulating cells with nanostructured interfaces
T03.05   Biointerfaces probed by Synchrotron light and neutron beams
T03.06   Industrial biomedical surface analysis
T03.07   Soft materials in biology and medicine
T03.08   Others

T04 CULTURAL HERITAGE

T04.01   Understanding of ancient making processes and/or uses
T04.02   Protection of heritage materials: coatings, inhibitors ?
T04.03   Alteration mechanisms
T04.04   Others

T05 ELECTRONIC MATERIALS AND PROCESSES

T05.01   Advanced semiconductors technology and structures
T05.02   Metal/semiconductor interfaces + metal/organic interfaces
T05.03   Application of high speed and opto-electronic semiconductor devices
T05.04   New developments in lithography, dry etching and interconnects
T05.05   High k dielectrics, thin insulators and ferroelectric materials
T05.06   Others

T06 ENERGY AND SUSTAINABLE DEVELOPMENT

T06.01   Energy and sustainable development

T07 FRONTIERS IN PHOTOELECTRON FULL-FIELD IMAGING AND SPECTROMICROSCOPY

T07.01   High-resolution chemical mapping & nanospectroscopy
T07.02   Band structure imaging
T07.03   Spectromicroscopy of ferroïc materials
T07.04   Time-resolution and new trends
T07.05   Others

T08 FUNCTIONAL MOLECULES AND MOLECULAR MACHINES

T08.01   Functional molecules and molecular machines at surfaces
T08.02   Others

T09 IONIC LIQUIDS SURFACES AND INTERFACES

T09.01   Ionic liquid/vacuum interface
T09.02   Ionic liquid/solid interfaces
T09.03   Others

T10 NANOSCIENCE AND TECHNOLOGY

T10.01   Nanoelectronics
T10.02   Nanospintronics and nanomagnetism
T10.03   Nanophotonics
T10.04   Nanomechanics
T10.05   Nano-scale self-assembly
T10.06   Nano-scale manipulation
T10.07   High resolution imaging
T10.08   Nano-instrumentation, SPM and novel probe techniques
T10.09   Nanosystem integration
T10.10   Nanomaterials including synthesis
T10.11   Graphene and related materials
T10.12   Topological materials
T10.13   Functional molecules and molecular machines at surfaces
T10.14   Nanobiology
T10.15   Nanomedicine
T10.16   Nanoparticules and clusters
T10.17   Nano-scale superconductivity
T10.18   Nanoscience education
T10.19   Others

T11 PLASMA SCIENCE AND TECHNOLOGY

T11.01   Plasma diagnostics and basic plasma phenomena
T11.02   Plasmas for energy, environment and space
T11.03   Plasmas for microelectronics and nanotechnology
T11.04   Plasmas for life sciences, medicine and biotechnology
T11.05   Advanced plasma sources, microplasmas and EUV lighting sources
T11.06   Surface engineering and multifunctional coatings (PVD, PECVD, soft materials, polymers)
T11.07   Laser produced plasmas
T11.08   Plasma aided manufacturing
T11.09   Dusty plasmas
T11.10   Plasma for gas reforming(included in T11.02)
T11.11   Plasma polymerization
T11.12   Plasmas in liquids
T11.13   Others

T12 SURFACE ENGINEERING

T12.01   Nanostructured and architecturally designed coatings
T12.02   Surface Engineering for thermal energy transport, conversion and harvesting
T12.03   Protective coatings (tough-, hard, wear-, corrosion-resistant, barrier layers)
T12.04   Tribology/Low-friction coatings
T12.05   Pulsed plasmas in surface engineering, including high power impulse magnetron sputtering
T12.06   Energetic particle-solid interactions
T12.07   Atmospheric pressure discharges
T12.08   Surface engineering for biological and medical applications
T12.09   Smart, addaptive, multifunctional surfaces
T12.10   Others

T13 SURFACE SCIENCE

T13.01   Surface & adsorbate Systems
T13.02   Organic layers
T13.03   Adsorption and reaction on surfaces
T13.04   Semiconductors and their surfaces
T13.05   Oxide surfaces
T13.06   Metals, alloys and their surfaces
T13.07   Surface structures and dynamics
T13.08   Liquids and liquid surfaces
T13.09   Imaging techniques (STM / STS / X-ray and electron imaging)
T13.10   Graphene and related materials
T13.11   Surface and interface growth
T13.12   Single atom/Molecule manipulation
T13.13   Surface magnetism
T13.14   Electronic structure and topological insulators
T13.15   Others

T14 THIN FILMS

T14.01   Advances in modeling thin film growth
T14.02   Nanostructured and architecturally designed coatings, smart surfaces
T14.03   Challenges in magnetic thin films
T14.04   Structure formation in multi-component thin films
T14.05   Carbon based films: diamond, DLC, organic polymers
T14.06   Energetic particle and solid interaction
T14.07   Oxide thin films
T14.08   Thin films in energy harvesting and storage
T14.09   Plasma-surface interactions for thin film engineering
T14.10   Plasmas in liquids
T14.11   Protective coatings in severe environments
T14.12   Thin films and surfaces in biological applications
T14.13   Advances in deposition techniques
T14.14   Chemical kinetics in reactive deposition
T14.15   Reactive processes
T14.16   Chemical analytics at the nanoscale
T14.17   Others

T15 VACUUM SCIENCE AND TECHNOLOGY

T15.01   History of vacuum technology
T15.02   Vacuum measurement, primary standards and calibration
T15.03   Mass spectrometry, gas analysis and primary leaks
T15.04   Large vacuum systems
T15.05   Rarefied gas dynamics and simulations
T15.06   Pumps, getters, components, materials and processing
T15.07   Outgassing, adsorption, desorption phenomena in vacuum systems
T15.08   Surface science and coatings for accelerators
T15.09   Gas MEMS-Gas Dynamics in small structures
T15.10   XHV Production/Measurement & vacuum technology in industry
T15.11   Plasma technology/Magnetron in vacuum
T15.12   MEMS, gas dynamics and small structures
T15.13   Vacuum techniques for food packaging
T15.14   Others
Important dates

6 September 2013

Deadline for Registration to Reception


8 September 2013

Registration desk opening: 16:00


9 September 2013

Opening Ceremony: 09:00


10 September 2013

Opening Exhibition: 14:00


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Conception: Cap grand Large

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