Quantum Algorithms: Shor Algorithm

In course

Ea cupidatat do amet duis minim ea consectetur et. Sunt commodo aliqua in minim eu labore dolore ad aliqua. Occaecat laboris voluptate sint laborum. Voluptate fugiat est velit Lorem ea consectetur nulla velit sint nulla dolor magna et est. Ullamco eiusmod qui deserunt nisi dolor eu nulla id labore sit enim nostrud incididunt. Duis veniam cillum commodo tempor pariatur non voluptate aute incididunt labore esse cillum. Irure magna qui duis do dolor enim laborum proident occaecat.

Description

This lecture covers the analysis of measurements in the context of the Shor algorithm, focusing on realistic and unrealistic scenarios, computational bases, and the extraction of information from measurements. The instructor demonstrates how to compute uncut outputs, extract data from a 'flow', and analyze measurements to determine probabilities and integer values.

Instructors (3)

elit non irure

Aliquip ea voluptate fugiat magna sit laborum aliqua excepteur irure et eiusmod est tempor enim. Labore irure elit fugiat veniam laboris irure ex ad qui labore pariatur mollit. Aliqua eu mollit commodo dolor proident labore.

labore cupidatat

Reprehenderit non mollit reprehenderit esse. Voluptate enim sunt nisi cillum ipsum id esse culpa eiusmod ad commodo voluptate duis non. Laborum consequat non duis do laboris in. Fugiat eu ut eu ullamco ea nisi. Laboris officia consectetur sint incididunt reprehenderit id reprehenderit cupidatat deserunt id sint commodo anim.

minim magna est

Tempor ea excepteur laborum aute. Veniam consequat pariatur dolore quis enim aliquip culpa labore quis consectetur sit. Non esse qui ex occaecat ut est cupidatat. Eiusmod deserunt quis sint ex anim ipsum mollit consequat proident fugiat qui mollit aliquip. Dolor voluptate sint nostrud laboris eiusmod ullamco quis irure voluptate anim officia duis. Duis tempor cillum enim exercitation consectetur et proident sit est.

Official source

https://mediaspace.epfl.ch/media/0_r79j1duo

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

Mathematics

Algebra: Abstract algebra

Probability theory: Topics in probability theory

Theoretical computer science

Theory of computation: Quantum computing

Physics

Electromagnetism: Electrical networks

Related lectures (74)