IBM 7 Qubit Device, 2017
CSC 595/685-C: Quantum Cryptography for Beginners
by: burt rosenberg
at: university of miami
semester: fall 2022 (231)
time: monday 10:10–11:00 AM
location: Ungar 330–G
Class Statement:
This will be a monday-only workshop on the wonderful new world of Quantum Computing and Quantum Cryptography.
It will be aimed at beginners. The physics and mathematics will be explained using projects to approach everything experimentally.
Calendar:
Monday 22 Aug: Class begins.
Syllabus:
The course meets on Monday only.
Join the class slack channel
csc-minicourses.slack.com
, #quantum-crypto
Reference the class
github
Assignments:
Exercise 0: Up and running
Get an IBMid
Head over
to IBM Quantum resources and open up the Quantum Composer.
Project 1:
Circuit computation model: classical and quantum
In which the Circuit Composer is used to introduce topics in quantum computation.
Due: Wednesday, 7 sep 2022
Project 1-bis:
Getting started with qiskit.
Project 2:
Hermitian operators and the Born Rule.
Project 3:
Measurement in experiments.
Project 4:
CHSH game.
Referencs:
CSC 687 Quantum Computing,
Fall 2003-2004.
CSC 427 Theory of Computation (topic),
Spring 2019-2020.
Quantum Computation
by John Preskill at CalTech.
XOR transformations
lecture by Ryan O'Donnell at CMU.
MIT 8.04
, lecture 1 by Allan Adams (spring 2013)
This work is licensed under a
Creative Commons Attribution-ShareAlike 3.0 Unported License
.
author: burton rosenberg
created: 13 jul 2020
update: 19 aug 2022