| Lecturer | Institution | Talk Title |
|---|
| C. Barnes | University of Cambridge,UK | Implementing quantum
processors in
the solid state - Lectures 1 & 2 -
Lecture 3 |
| D. Bruss | University of Hannover, Germany | Quantum entanglement:
detection
methods and usefulness as a physical
resource |
| I. Cirac | Max-Planck Institute for Quantum Optics, Germany. | Entanglement in
complex systems |
| D. Gottesman | Perimeter Institute, Canada | Quantum Error
Correction and
Fault-Tolerant Quantum Computation - Lecture notes |
| A. Holevo | Steklov Mathematical Institute, Russia | Quantum
Communication Channels in
Infinite Dimensions |
| H. Hubel | Universitat Wien, Austria | On the road to QKD |
| P. Horodecki | Technical University Of Gdansk, Poland. | Quantum
entanglement:
general description and distillability properties |
| R. Jozsa | University of Bristol, UK | Measurement based models
of quantum computation |
| P.L. Knight | Imperial College, UK. | Quantum optical realisations of
qubit
registers - Lecture 1 - Lecture 2 - Lecture 3 |
| N. Lutkenhaus | Erlangen, Germany | Security of
Practical
Quantum Key
Distribution - Lecture notes |
| M. Mosca | Centre for Applied Cryptographic Research, Canada | Quantum
Algorithms and Complexity - Lecture
1 - Lecture 2 - Lecture 3 |
| J.M. Raimond | Ecole Normale Superieure, France. | Cavity
Quantum
Electrodynamics:
quantum entanglement and information |
