Lectures

• Introduction & History

  Subject(s) Module 01. Introduction & History
  Week(s) Week 1
  

• Lecture 01 – Hilbert space, entanglement and quantum gates

  Subject(s) Module 03. Hilbert space, entanglement and quantum gates
  Week(s) Week 3
  

• Lecture 02 – Pauli matrices, qubit notations and universal gates

  Subject(s) Module 04. Pauli matrices, qubit notations and universal gates
  Week(s) Week 4
  

• Lecture 03 – Quantum circuits, elements of university and teleportation

  Subject(s) Module 05. Quantum circuits, elements of university and teleportation
  Week(s) Week 5
  

• Lecture 04 – Density matrices and non-unitary processes.

  Subject(s) Module 06. Density matrices and non-unitary processes
  Week(s) Week 6
  

• Lecture 05 – Decoherence and quantum measurement

  Subject(s) Module 07. Decoherence and quantum measurement
  Week(s) Week 7
  

• Lecture 06 – Factoring, quantum parallelism and algorithm period finding

  Subject(s) Module 08. Factoring, quantum parallelism and algorithm period finding
  Week(s) Week 8
  

• Lecture 07 – Grover’s algorithm.

  Subject(s) Module 09. Grover’s algorithm
  Week(s) Week 9
  

• Lecture 08 – Quantum simulation

  Subject(s) Module 10. Quantum simulation
  Week(s) Week 10
  

• Lecture 09 – Quantum error correction

  Subject(s) Module 11. Quantum error correction
  Week(s) Week 11
  

Quantum Information Processing by TU Delft OpenCourseWare is licensed under a Creative Commons Attribution-NonCommercial-ShareAlike 4.0 International License.
Based on a work at https://ocw.tudelft.nl/courses/quantum-information-processing/.