NCCR Guide 2013 - Schweizerischer Nationalfonds (SNF)
NCCR Guide 2013 - Schweizerischer Nationalfonds (SNF)
NCCR Guide 2013 - Schweizerischer Nationalfonds (SNF)
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Home Institution<br />
University of Basel<br />
Nanoscale Science – Impact on Life<br />
Sciences, Sustainability, Information<br />
and Communication Technologies<br />
<strong>NCCR</strong> Nanoscale Science<br />
Start of the <strong>NCCR</strong><br />
June 1, 2001<br />
<strong>NCCR</strong> Management<br />
Director<br />
Schönenberger Christian, Prof.<br />
phone: + 41 (0)61 267 36 90<br />
christian.schoenenberger@<br />
unibas.ch<br />
Deputy Director<br />
Loss Daniel, Prof.<br />
phone: + 41 (0)61 267 37 49<br />
daniel.loss@unibas.ch<br />
Scientific Communication<br />
Gerber Christoph, Prof. Dr.<br />
phone: + 41 (0)61 267 07 60<br />
christoph.gerber@unibas.ch<br />
Administration<br />
Fischer Audrey, Mrs.<br />
phone: + 41 (0)61 267 12 38<br />
audrey.fischer@unibas.ch<br />
Communications<br />
Gyalog Tibor, Dr.<br />
phone: +41 (0) 61 267 14 72<br />
tibor.gyalog@unibas.ch<br />
Education and Training<br />
Meier Wolfgang, Prof.<br />
phone: +41 (0)61 267 38 02<br />
wolfgang.meier@unibas.ch<br />
Advancement of Women<br />
Hornstein Meret, Mrs.<br />
phone: +41 (0)61 267 15 21<br />
meret.hornstein@unibas.ch<br />
Knowledge and Technology<br />
Transfer<br />
Meier Wolfgang, Prof.<br />
Address<br />
Swiss Nanoscience Institute<br />
<strong>NCCR</strong> Nanoscale Science<br />
Universität Basel<br />
Klingelbergstrasse 82<br />
4056 Basel<br />
phone: + 41 (0)61 267 12 38<br />
fax: + 41 (0)61 267 34 08<br />
audrey.fischer@unibas.ch<br />
Web Address<br />
www.nanoscience.ch<br />
Research<br />
Module Nanobiology<br />
Heads: R. Lim, D. Müller<br />
Bio-Synthetic Cellular<br />
Nanomachines<br />
H: R.Y.H. Lim<br />
Nanocrystals<br />
H: P. Pantazis<br />
Mechanical Control<br />
of Cell Division<br />
H: D. Müller<br />
Photonic Force Nanospectroscopy<br />
in Living Systems<br />
H: S. Jeney<br />
Correlating Tumorogenic<br />
Effects with the Mechanobiology<br />
of Cells in 3D Cultures<br />
H: C.-A. Schönenberger<br />
Applying Cantilever-Array<br />
Technology<br />
H: Ch. Gerber<br />
Complex Nanosystems<br />
for Medical Application based<br />
on Polymer Carriers<br />
H: P. Hunziker<br />
Structural systems biology<br />
of neurodegenerative<br />
diseases with nanotechnological<br />
tools<br />
H: H. Stahlberg<br />
Module Quantum Computing<br />
and Quantum Coherence<br />
Heads: D. Loss, K. Ensslin<br />
Qubit and Spintronics (theory)<br />
H: D. Loss<br />
Experimental Manipulation<br />
of Quantum Systems<br />
H: K. Ensslin<br />
Interference of Spin-Orbit<br />
Interaction<br />
H: G. Salis<br />
Quantum Coherence<br />
in Nanoscale Systems<br />
H: D. Zumbühl<br />
Mesoscopic Nuclear Spin<br />
Ensembles<br />
H: A. Imamoglu<br />
54 | <strong>Guide</strong> <strong>2013</strong><br />
Quantum Coherence and<br />
Quantum Computing in Superconducting<br />
Nanostructures<br />
(theory)<br />
H: C. Bruder<br />
Entanglement and quantum<br />
interface on atom chips<br />
H: P. Treutlein<br />
Spins in self-assembled<br />
quantum dots<br />
H: R. Warburton<br />
Module Atomic and Molecular<br />
Nanosystems<br />
Heads: E. Meyer, H.-J. Hug<br />
Energy Dissipation<br />
of Nanosystems<br />
H: E. Meyer<br />
Nanomagnetism<br />
H: H.-J. Hug<br />
Molecular Machinery<br />
H: G. Meyer, R. Fasel<br />
Atomistic Simulations<br />
H: S. Goedecker<br />
Coupling Ultrasensitive Cantilevers<br />
to Mesoscopic Devices<br />
H: M. Poggio<br />
Module Molecular Electronics<br />
Heads: C. Schönenberger,<br />
T. A. Jung<br />
Molecular Thin Film Devices<br />
H: T. A. Jung<br />
Molecular Nanowires<br />
H: C. Schönenberger<br />
Molecular Junctions<br />
H: M. Calame<br />
Plasmonic Junctions<br />
H: O.J.F. Martin<br />
Single Molecule Switches<br />
and Potentiometers<br />
H: M. Mayor<br />
Donor-Acceptor Architectures<br />
for Photovoltaics<br />
H: F. Diederich<br />
Two-dimensional electronic<br />
materials<br />
H: A. Kis<br />
Controlling Spins in Adsorbed<br />
Molecules by a Chemical Switch<br />
H: T.A. Jung<br />
Module Self-Assembly<br />
at Surfaces<br />
Heads: F. Diederich, W. Meier<br />
Self-Assembly at Surfaces<br />
H: F. Diederich, T. Jung,<br />
E. Constable<br />
Self-Assembling Peptides<br />
and Polymers<br />
H: W. Meier, H. Wennemers,<br />
T. Ward, T. Pfohl<br />
Metal-based self-assembled<br />
nanostructures<br />
H: K. M. Fromm, F. Montagne,<br />
R. Pugin-Ruthishauser<br />
Module Nanotechnology<br />
and Applications<br />
H: J. Gobrecht, U. Pieles<br />
Module Supplementary<br />
Research Activities<br />
Head: C. Schönenberger<br />
Nanosafety<br />
H: B. Rothen<br />
Transfer projects<br />
(strong Swiss franc package)<br />
Biomimimetic membranes<br />
designed from supported amphiphlic<br />
block copolymers and<br />
aquaporins as new materials<br />
for envrionmental applications<br />
H: Glaied O.<br />
Remineralisation of carious<br />
lesions by self assembled<br />
peptide supramolecular networks<br />
and Hydroxyapatite<br />
nanocrystals<br />
H: Pieles U.<br />
BioPrint - Reinforced biomimetic<br />
3D composite bone scaffolds<br />
by rapid rototyped nanoporous<br />
ceramic powder and electrospun<br />
collagen nanofibrils<br />
H: Schumacher R.<br />
Platforms<br />
Industrial Applications<br />
H: J. Gobrecht, P. Reimann<br />
Nanocurriculum<br />
Bachelor, Master and PhD<br />
Program in Nanoscience at<br />
University of Basel<br />
H: Meier W.<br />
Contact: Spieler K., Ms.<br />
phone: +41 (0) 61 267 16 05<br />
Katrein.Spieler@unibas.ch
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