J. P. Kotthaus
Seminarraum N110 (vormals 108), Altbau der Sektion Physik
Montag, 13.30 Uhr - 15.00 Uhr
| 16.10.2006 | Prof. Igor Zozoulenko Linkoping Universität, Norrkoping, Schweden |
Spin polarization, edge state structure and conductance of quantum wires and relates systems in the integer quantum hall regime |
| 23.10.2006 | Prof. James Allen |
Protein dynamics in water: Absorption spectroscopy from 0.07 to 3.7 THz |
| 30.10.2006 | ||
| 06.11.2006 | Renaud Leturcq ETH Zürich, Schweiz |
Spin-dependent transport through quantum dots realized in InAs nanowires |
| 13.11.2006 | Philipp Treutlein Max Planck-Institut für Quantenoptik, LMU München |
Atom chips: an interface between ultracold atoms and solid-state nanodevices |
| 20.11.2006 | Daniel Schröer LMU München |
A few-electron serial triple quantum dot |
| Mi 29.11.2006 |
Andreas Reuter LMU München |
DNA Nanodevices and -actuators |
| 04.12.2006 | Frank Koppens University of Technology, Delft, Niederlande |
Coherent control of a single electron spin in a quantum dot |
| 11.12.2006 | Jens Siewert Universität Regensburg |
Multipartite entanglement - elements of its classification and quantification |
| 18.12.2006 | Dr. Oliver Krebs CNRS-Laboratoire de Photonique et Nanostructures, Marcoussis, Frankreich |
Optical orientation of a single electron spin in charge-tunable InAs/GaAs quantum dots |
| 25.12.2006 | entfällt | |
| 01.01.2007 | entfällt | |
| 08.01.2007 | Dr. Anna Fontcuberta i Morral Walter Schottky Institut, Garching |
Synthesis and fundamental properties of semiconductor nanowires |
| 17.01.2007 13h30 |
Tim Liedl |
Towards autonomous DNA devices |
| 22.01.2007 | Christian Dupraz LMU München |
Optoelectronic and electromechanical characterisation of CNT`s |
| 29.01.2007 | Constanze Metzger |
Opto-Mechanics of deformable Fabry-Perot Cavities |
| 07.02.2007 13h30 |
Tom Sobey LMU München |
DNA - To be or not to be, 1d or 2d ? |
| 19.02.2007 13h30 |
Louis Gaudreau Institute for Microstructural Sciences NRC, Ontario, Canada |
Combined Effects in a Triple Quantum Dot: Coulomb Blockade, Quantum Cellular Automata, Spin Blockade and Quantum Interference |