Uploaded May 2021 | Updated September 2026, 1 week ago
Lecture by Tim Byrnes at NYU Shanghai on Introduction to quantum information and quantum computing. May 13, 2021
Topics covered:
We revise the latter part of the course prior to the final exam. Revision topics: 1) Bell measurements and how this works with CHSH inequality; 2) Composite systems and measurements; 3) Deutsch's algorithm; 4) Grover's algorithm and subspace argument on why it works.
Slides are available here: drive.google.com/drive/u/1/folders/1UCJyy9Y6JdBRzlcAk3EmVoWGJhyIxIY1
#quantumcomputing #quantuminformation #quantumtechnologies #lectures #courses #physics #quantumcircuits #quantumalgorithms #bellinequality #chsh #compositesystems #compositemeasurements #deutschsalgorithm #groversalgorithm
Lecture by Tim Byrnes at NYU Shanghai on Introduction to quantum information and quantum computing. May 13, 2021
Topics covered:
We revise the latter part of the course prior to the final exam. Revision topics: 1) Bell measurements and how this works with CHSH inequality; 2) Composite systems and measurements; 3) Deutsch's algorithm; 4) Grover's algorithm and subspace argument on why it works.
Slides are available here: drive.google.com/drive/u/1/folders/1UCJyy9Y6JdBRzlcAk3EmVoWGJhyIxIY1
#quantumcomputing #quantuminformation #quantumtechnologies #lectures #courses #physics #quantumcircuits #quantumalgorithms #bellinequality #chsh #compositesystems #compositemeasurements #deutschsalgorithm #groversalgorithm







