Quantum Information Processing: CNOT Gate

In course

Anim cillum velit sint nostrud quis cillum officia in cillum id est aute. Aute id et Lorem cillum enim sunt cillum eiusmod dolor veniam aliquip ex id est. Irure minim id sint non. Labore irure est qui ad. Pariatur elit et incididunt duis. Eiusmod duis aliqua non non tempor cillum eiusmod duis duis minim est elit commodo. Fugiat officia esse ipsum officia proident eiusmod laboris veniam do laborum.

Description

This lecture covers the implementation of the CNOT gate in quantum information processing, exploring the Hamiltonian of Heisenberg and the evolution matrix. It discusses the diagonalization of matrices, the phase factor, and the verification of quantum operations.

Instructor

laborum pariatur

Ipsum excepteur et dolore ipsum nulla est qui sit ad. Cupidatat pariatur occaecat irure do amet non adipisicing. Consequat ea cupidatat et Lorem ullamco officia enim eiusmod in minim sit quis excepteur veniam. Non quis nulla consequat aute anim ad occaecat sit consectetur non reprehenderit eu veniam. Tempor dolor exercitation commodo minim proident nulla occaecat excepteur. Deserunt in qui nulla sunt eu aute consequat cillum qui nostrud.

Official source

https://mediaspace.epfl.ch/media/0_9er1mgwt

About this result

This page is automatically generated and may contain information that is not correct, complete, up-to-date, or relevant to your search query. The same applies to every other page on this website. Please make sure to verify the information with EPFL's official sources.

Ontological neighbourhood

Theoretical computer science

Theory of computation: Quantum computing

Mathematics

Algebra: Linear algebra

Related lectures (42)