|
|
Lundi/
Monday |
Mardi/
Tuesday |
Mercredi / Wednesday
|
Jeudi /
Thursday |
Vendredi/
Friday |
|
9h00-9h50
|
AT
|
GB
|
MM
|
PaH
|
RW
|
|
10h00-10h50
|
AT
|
RC
|
MM
|
PaH
|
CC
|
|
10h50-11h20
|
Café / Coffee
|
Café / Coffee
|
Café / Coffee
|
Café / Coffee
|
Café / Coffee
|
|
11h20-12h10
|
AT
|
RC
|
MM
|
PaH
|
CC
|
|
12h10-14h00
|
Déjeuner / Lunch
|
Déjeuner / Lunch
|
Déjeuner / Lunch
|
Déjeuner / Lunch
|
Déjeuner / Lunch
|
|
14h00-14h50
|
PeH
|
BS
|
Libre / Free
|
JW
|
CC
|
|
15h00-15h50
|
PeH
|
BS
|
Libre / Free
|
JW
|
DG
|
|
15h50 16h20
|
Café / Coffee
|
Café / Coffee
|
Libre / Free
|
Café/Coffee
|
Café/Coffee
|
|
16h20-17h10
|
GB
|
BS
|
Libre / Free
|
RW
|
DG
|
| AT: Alain Tapp. Introduction to the computation model of quantum information. PeH: Peter Høyer. Grover’s search type algorithms. GB: Gilles Brassard. Non locality, pseudo-telepathy. RC: Richard Cleve. Communication complexity. BS: Barry Sanders. Implementation of quantum information devices. MM: Michele Mosca. Shor’s factoring algorithm. PaH: Patrick Hayden. Quantum information theory. JW: John Watrous. Proofs in the quantum world. RW: Ronald de Wolf. Lower bounds. CC: Claude Crépeau. Quantum cryptography. DG: Daniel Gottesman. Error correction and fault tolerant computation. |