C&O 739C, CS 498S, CS 698S, PHY 712, PHY 490B

Introduction to Quantum Computation

Fall 2000

Michele Mosca

mmosca@cacr.math.uwaterloo.ca

Robert Mann

mann@avatar.uwaterloo.ca

Tuesdays 2:30-4:30 and Thursdays 2:30-3:30

Main Link Room (Chem 2 079)

 

Course Outline

Introduction

Lecture 1 (by M. Mosca) .ppt file

Lecture 2 (by R. Mann) version 2 .ppt file

Lecture 3 (by R. Mann) .ppt file

Lecture 4 (by R. Mann) version 2 .ppt file

Lecture 5 new 4-up format (by M. Mosca) .ppt file

Lecture 6 new 4-up format (by M. Mosca) .ppt file

Lecture 7 (by M. Mosca) .ppt file

Lecture 8 (by M. Mosca) .ppt file

Lecture 9 (by M. Mosca) .ppt file

Lecture 10 (by M. Mosca) .ppt file

Lecture 11 (by M. Mosca) .ppt file (revised)

Lecture 12 (by M. Mosca)

Lecture 13 (by M. Mosca)

Lecture 15 (by M. Mosca) .ppt file

Lecture 16 (by M. Mosca) .ppt file

Lecture 17 (by R. Mann) .ppt file

Lecture 18 (by R. Mann) .ppt file

Lecture 19 (by R. Mann) .ppt file

Lecture 20 (by M. Mosca) .ppt file

Lecture 21 (by M. Mosca) .ppt file

Lecture 22 (by M. Mosca) .ppt file

Project Topics

 

Brief notes on quantum error correction

 

Assignment 1  (corrections made to questions 5,6 and 8)

Assignment 1 Solutions

Assignment 2 (instructions added to Turing machine in question 1)

Assignment 2 Solutions

Assignment 3 (deadline extended to Nov. 30th)

Correction to equation in course notes (thanks to Karl Martel) relevant to Assignment 3

 

On reserve at the Davis Centre library:

Call number UWD1650: The Physics of Quantum Information, Dirk Bouwmeester, Artur Ekert, Anton Zeilinger (eds.)

Call number UWD1448: The Fabric of Reality, by David Deutsch

Call number UWD1449: Quantum Computing and Communications, Michael Brooks (ed.)

Call number UWD1451: Introduction to Quantum Information and Computation, Lo, Popescu + Spiller (eds.)

Call number UWD1452: Quantum Computing, by Jozef Gruska

 

Some excellent introductory material:

Basic concepts in quantum computation by Ekert, Hayden and Inamori

An Introduction to Quantum Complexity Theory by Cleve

Oxford Quantum Computing Seminar Notes

AMS course on quantum computation