Quantum Information Science I, Part 3

Classical linear error correction code distances

Classical repetition code

On the security of BB84 QKD

Conjugate coding and quantum money

Operator measurement

Density matrices and the partial trace – definition

Density matrices and the partial trace – example

Overview of classical error correcting codes – intro

Density matrix properties

Syndrome measurement and recovery operators

Proof of the lower-bound on the distributed Deutsch-Jozsa algorithm – part 1

Determining the error from the syndrome for classical linear codes

Syndrome operators – phase flip code and Shor 9-qubit code

Proof of the lower-bound on the distributed Deutsch-Jozsa algorithm – part 2

Distributed disjointness problem

The Bennett-Brassard 84 QKD protocol

Distributed quantum algorithm for disjointness problem

Quantum channels – simplified: the dephasing channel

The case of deterministic classical fingerprinting

Distributed quantum algorithms – overview

Quantum codes – definition and review

Distributed version of Simon's quntum algorithm

Quantum error correction criteria

Quantum fingerprinting protocol

The dephasing channel as depicted on the Bloch sphere