NANOBIO 06. - 31.08.2001
| Tsuneya Ando | Electronic states and transport in Carbon nanotubes |
| Guy Austing | Addition energy spectra of practical artificial atom |
| and artificial molecule vertical quantum dot structures | |
| John Barker | to be announced |
| Angela M. Belcher | to be announced |
| Steven Block | to be announced |
| Helene Bouchiat | Proximity induced superconductivity in DNA |
| Erez Braun | Biology-based nanoelectronics: self-assembly of |
| devices and networks by recombinant DNA | |
| Eyal Buks | to be announced |
| Tapash Chakraborty | Physics of the quantum-dot cascade laser |
| Vincent Croquette | Single enzyme activity observed on a |
| stretched DNA molecule | |
| Cees Dekker | Molecular electronics with single DNA and carbon |
| nanotube molecules | |
| Mikio Eto | Kondo effect in quantum dots with an even number |
| of electrons | |
| Jerome Faist | Quantum cascade structures for mid- and far-infrared lasers |
| Anna Maria Garbesi | Guanine-directed self-assembly in telomere models, |
| liquid crystals and hybrid electronic devices | |
| Marius Grundmann | Optical properties and optoelectronic devices |
| based on quantum dots | |
| Vidar Gudmundsson | From single dots to arrays |
| Bertrand Halperin | Spins and spin-orbit effects in metal nanoparticles |
| and GaAs quantum dots | |
| Detlef Heitmann | FIR- and Raman spectroscopy of semiconductor |
| nanostructures | |
| A. J. Kent | Phonon spectroscopy of electronic nanostructures |
| Tom Knight | to be announced |
| Phil Kuekes | to be announced |
| Albert Libchaber | The flow of molecular information in biology |
| Hod Lipson | to be announced |
| Axel Lorke | 1. Biochips: on the prospects of electrically monitoring |
| neural networks with high spatial resolution | |
| 2. Growth, morphology and electronic structure of nanorings | |
| Daniel Loss | Spintronics and quantum computing in nanostructures |
| Marcelo Magnasco | to be announced |
| Peter Maksym | Moving quantum dots: a quantum standard |
| of electrical current? | |
| Algirdas Matulis | Quantum dots in a strong magnetic field: |
| quasi-classical consideration | |
| Elisa Molinari | Quantum phases in double quantum dots |
| David Mowbray | Optical spectroscopy of self-assembled |
| semiconductor quantum dots | |
| Bart Partoens | Excitons in type II quantum dots |
| Pierre Petroff | to be announced |
| Jacques Prost | to be announced |
| John H. Reif | Computations and patterned structures via DNA |
| self-assembly | |
| Gerd Schön | to be announced |
| Nadrian C. Seeman | DNA nanotechnology |
| Andrew J. Shields | Single photon technology based on semiconductor |
| quantum dots | |
| Carlos Tejedor | Kondo effect in qunatum dots at high magnetic |
| fields | |
| Andrew Turberfield | Self-assembly and molecular machines from DNA |
| Sergio E. Ulloa | Electronic interactions and the effect of |
| dissipation in the tunneling between quantum dots | |
| Jürgen Weis | Kondo physics on single and electrostatically |
| coupled quantum dots | |
| Dieter Weiss | Micro-Hall-magnetometry |
| Erik Winfree | to be announced |
| Artur Zrenner | Optical spectroscopy on single quantum dots: |
| neutral and charged excitations |