Monday, May 14

Audio
of the Lectures

8:45  9:45 a.m. 
Registration


9:45  10:00 a.m. 
Introduction 

10:00  11:00 a.m 
M. Nielsen

Introduction to quantum mechanics
and quantum information science


Coffee Break 

11:30 12:30 
M. Nielsen

Introduction to quantum mechanics
and quantum information science


Lunch 

2:30  3:30 p.m. 
M. Nielsen

Introduction to quantum mechanics
and quantum information science


Tea Break 

4:00  5:00 p.m. 
P. Høyer

Introduction to Quantum Algorithms




Tuesday, May 15


Registration



9:30  10:30 a.m.

M. Mosca

Quantum Algorithms


Coffee Break 

11:00  12:00 p.m.

A. Tapp

Quantum Searching and Generalizations


Lunch 

2:00  3:00 p.m.

M. Knill

Faulttolerant Quantum Error
Correction

3:10  4:00 p.m.

D. Lidar

Ion Trap and Quantum Dot Implementations


Tea Break 

4:30  5:30 p.m.

G. Brassard

Quantum Cryptography




Wednesday, May 16


Registration



9:30  10:30 a.m.

G. Brassard

Quantum Cryptography


Coffee Break 

11:00  12:00 a.m.

R. Cleve 
Bell's
theorem and Communication Complexity 

Lunch


2:00  3:00 p.m.

M. Knill

Faulttolerant Quantum Error
Correction


Tea Break 

3:30  4:30 p.m.

R. Laflamme

NMR Quantum Information
Processing




Thursday, May 17


Registration



9:30  10:30 a.m.

J. Watrous

Quantum Interactive Proof
Systems


Coffee Break 

11:00  12:00 a.m.

R. de Wolf

Quantum Lower Bounds


Lunch 

2:00  3:00 p.m.

B. Terhal

Simulating
Physical Systems of a Quantum Computer 
3:10  4:10 p.m.

A. Steinberg

Experiments with Entangled
Photons


Tea Break 

4:45  5:45 p.m.

P. Shor

Quantum Computing
Lecture will be held held at the Medical Sciences Building,
University of Toronto, Rm 2158  This talk is open to the General
public

5:45  6:45 p.m.

Reception

Medical Sciences Building

7:00 pm

BANQUET**

**The Faculty Club, University of Toronto
(prepurchased tickets required)




Friday, May 18

Friday talks will be held at the Medical Sciences Building,
University of Toronto, J.J.R. MacCloud, Room 2158, they are open
to the general public.

9:30  10:30 a.m.

C. Bennett

Degrees of Knowledge of a
Quantum State


Coffee Break 

11:00  12:00 a.m. 
R. Laflamme 
Physical Implementations
of Quantum Information Processors 

Lunch 

2:00  3:00 p.m.

U. Vazirani

How Powerful is Adiabatic
Quantum Computation?


Tea Break 

3:30  4:30 p.m.

P. Shor

Capacities of Quantum Channels
