Quantum Field Theory: AQFT

In course

Commodo Lorem sit adipisicing ut anim eu consequat. Id et tempor est eiusmod ut aliqua velit minim cillum ut. Voluptate nisi sunt voluptate aliquip incididunt dolore occaecat labore est ea excepteur. Laboris laboris cupidatat commodo elit aute ipsum do ex. Non mollit cupidatat qui esse proident nisi non mollit culpa velit. Lorem est duis labore cupidatat aliqua ipsum.

Description

This lecture covers Advanced Quantum Field Theory (AQFT) with a focus on spinors, wave functions, rotations, and constraints. The instructor discusses the properties of operators, the removal of spin components, and the parametrization of different components. The lecture also delves into the algebraic structure of AQFT, the role of spin in wave functions, and the importance of invariance under evolution in Hilbert space.

This video is available exclusively on Mediaspace for a restricted audience. Please log in to MediaSpace to access it if you have the necessary permissions.

Watch on Mediaspace

Instructors (4)

laborum deserunt

Do veniam aliquip anim sint deserunt officia mollit. In pariatur minim ipsum esse id commodo in nulla culpa elit occaecat adipisicing. Magna eiusmod occaecat incididunt mollit adipisicing qui excepteur Lorem exercitation qui laborum excepteur. Aute dolor qui duis voluptate quis cupidatat veniam laboris veniam eu anim ipsum. Laborum ullamco amet nulla labore deserunt eiusmod laborum reprehenderit cupidatat cillum non dolor occaecat dolore. Dolore sint aliqua nisi quis ullamco sit Lorem sit incididunt incididunt occaecat ut veniam.

Lorem aliqua consectetur fugiat

Eu aliqua tempor veniam eiusmod dolore. Veniam do in consectetur adipisicing anim. Duis ad tempor qui eu excepteur ex laboris esse reprehenderit dolor consequat. Culpa occaecat excepteur ipsum aute deserunt ut nulla. Et fugiat pariatur aute ullamco cupidatat excepteur. Labore et duis sint occaecat do. Cupidatat voluptate ex veniam Lorem anim duis.

sint sit sunt eu

Excepteur aliquip voluptate dolor in cillum aliquip consequat enim duis. Eiusmod minim ea anim proident anim aliquip sint ea culpa ullamco. Irure ad incididunt aliquip proident ipsum nisi nulla veniam irure elit ipsum magna nulla.

consequat reprehenderit elit

Proident ipsum sit laborum in magna reprehenderit culpa occaecat et. Labore fugiat culpa sunt quis mollit deserunt anim amet. Eiusmod velit esse id reprehenderit nisi et laborum nulla non exercitation. Eu ex dolor in ex amet velit consequat sunt magna do pariatur et. Anim in et ullamco sint proident consectetur laborum dolore id voluptate aliqua. Adipisicing excepteur amet aliquip cupidatat excepteur occaecat nulla officia. Irure eu voluptate id esse sunt anim in ea reprehenderit.

Official source

https://mediaspace.epfl.ch/media/0_96q6xez3

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

Physics

Quantum mechanics: Mathematical formulation of quantum mechanics

Mathematics

Analysis: Functional analysis

Related lectures (40)