An in-depth introduction to quantum information theory, accessible to anyone with a background in mathematics, physics, computer science or engineering and a basic knowledge of linear algebra. By the end of this course, you will gain an understanding of the mathematical techniques required for research into quantum mechanics and information theory for further study of quantum computing.

Course will cover:

• Mathematical tools for quantum mechanics (inc. Dirac notation)
• The rules of quantum mechanics
• Multi-party quantum systems
• Key quantum information primitives: no-cloning, super-dense coding, teleportation
• Introduction to quantum computing: Deutsch's and the Deutsch-Jozsa algorithm
• Introduction to quantum cryptography
• Density operators and reduced density operators 
• Introduction to quantum sensing
• Introduction to quantum internet

Course information:

• Course dates: 6th May — 30th June 2024 (with one-week breaks w/c 20th May & 10th June)
• Teaching: Recorded lecture videos, course notes and assignments. You will receive personalised feedback on your work.
• Time commitment: Two weekly live group classes. One assignment per week. Total time commitment 8 to 10 hours/week
• Duration: 6 weeks (with one-week breaks)