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Novel Electronic Materials Low Dimensional Organic Conductors Dichalcogenides Iron Pnictides Vanadium Based Compounds Homebrew high pressure equipment Functional Nanostructures Synthesis of Carbon Nanotubes Synthesis of Inorganic Nanostructures Nanomechanics Cellular Toxicity of Nanostructures Applications and Devices Biophysically oriented studies Cell elastic AFM response Photo-oxidative stress Reactive oxygen species (RES) detection Up-converting inorganic photo-sensitize... Photonic Force Microscopy (PFM) Magnetic properties of malarial pigment... Experimental techniques People Available Positions Useful links Sitemap Publications Thesis Conference Papers Teaching Partenerships Solid State Physics 2009 Program Participants Locations/Directions Lodging Photos
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| In the case of nanostructures the major concern is the synthesis of high purity, long, very well crystallized nanotubes and nanowires with excellent mechanical, electronic properties suitable for applications in nanomechanics, photovoltaics, fuel cells or in composites. Even when their synthesis is scaled up (e.g. kg/day quantities of carbon nanotubes) we are aiming for materials of Swiss quality. |
| The broad ranges of materials are studied by original experimental techniques developed and implemented in our group. These are electronic transport measurements (50 mK to 1000 K, at pressure up to 20 GPa), Electron Spin Resonance (up to 420 GHz, with high pressure, high temperature and stopped-flow options), and Atomic- and Photonic Force Microscopy. |
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Ecole Polytechnique Fédérale de Lausanne
Institut de Physique de
Bâtiment PHD – Ecublens
Station 3 – Boîte A
CH - 1015 Lausanne