| Nano-Electronics |
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Paul S. Weiss (UCLA, U.S.A.) |
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Nanoelectronics |
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Fabian Menges (IBM, CH) |
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Nanoscale thermometry and heat transport |
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Thomas Michely (Uni. Cologne, DE) |
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2D layers, 1D wires and 0D clusters |
| Nano-Spintronics |
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Roland Wiesendanger (Uni Hamburg, DE) |
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1) Magnetism on the Nanoscale: From the Smallest Building Block Units to Model-Type Atomic-Scale Spintronic Devices |
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2) The Exciting Physics of Bottom-Up Constructed Atomic Spin Chains on a Metallic Substrate. |
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Andrei Kirilyuk (Radboud Uni., NL) |
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Nanomagnetism |
| Nano-Photonics |
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Olivier J. F. Martin (EPFL, CH) |
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Nonlinear Plasmonics |
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Uriel Levy (Weizmann Inst., IL) |
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Silicon Photonics and Plasmonics |
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Ferdinand Scholz (Uni. Ulm, DE) |
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GaN and related hetero structures |
| Nano-Photovoltaics |
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Pere Roca i Cabarrocas (Ecole Polytechnique, FR) |
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Silane plasmas: a wonderful toolbox for the synthesis of nanomaterials |
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Olindo Isabella (TU Delft, NL) |
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Photovoltaic Materials and Devices |
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Lars Korte (Helmholtz Zentrum Berlin, DE) |
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Nanotechnology for Silicon Based Photovoltaics |
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Dave Cahen (Weizmann Inst, IL) |
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Perovskite solar cells & Bio-molecular Electronics: Electron Transport across Proteins |
| Life sciences & chemistry |
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Gareth Parkinson (TU Vienna, AT) |
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Physics and Chemistry of Iron-Oxide Surfaces |
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Erik Reimhult (BOKU, AT) |
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Biologically Inspired Materials:
1) Functional hybrid core-shell nanoparticles
2) Nanocolloids for health and hazard |
