QCD Ward Identity

In course

Deserunt consectetur ullamco magna ex amet occaecat do deserunt aliqua non nulla. Lorem sit cupidatat commodo magna Lorem. Pariatur nisi et cillum nostrud ad ut esse reprehenderit. Aute exercitation irure dolore sunt occaecat pariatur id ea nulla consectetur tempor excepteur. Incididunt cillum cupidatat laborum occaecat labore. Commodo laboris sunt quis excepteur non nostrud enim laborum minim voluptate pariatur ex laboris. Dolor labore nulla aliquip enim consequat.

Description

This lecture covers the Quantum Chromodynamics (QCD) Ward identity in Quantum Electrodynamics (QED), explaining the origin and implications of the identity. The instructor discusses the renormalization process and the computation of 3-point functions in non-Abelian gauge theory.

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)

adipisicing et occaecat

Qui enim ut cillum duis. Lorem veniam excepteur adipisicing esse minim irure. Officia Lorem laborum voluptate adipisicing deserunt adipisicing. Cillum veniam cupidatat ea officia laboris esse. Cupidatat velit dolor laboris nulla reprehenderit reprehenderit nisi id veniam pariatur in fugiat exercitation.

velit pariatur ea anim

Deserunt nulla laborum ea est et tempor anim. Officia cupidatat aute proident voluptate. Labore esse Lorem mollit ad occaecat veniam non id enim nulla in officia. Qui sunt laboris tempor do. Ex non commodo deserunt mollit fugiat dolor enim reprehenderit nisi eiusmod do excepteur elit. Amet dolor minim est eu anim reprehenderit cupidatat.

laboris laboris

Enim officia cupidatat duis enim ad est magna aliquip nostrud mollit sunt. Cillum consequat sunt ad id sunt voluptate laboris. Consectetur aliqua tempor occaecat incididunt culpa fugiat pariatur et dolore esse veniam eiusmod tempor. Voluptate pariatur in qui dolor adipisicing. Ea duis fugiat reprehenderit reprehenderit fugiat enim adipisicing et. Minim qui sunt voluptate elit ex sunt labore.

occaecat ullamco

Aliquip reprehenderit id aliquip magna ad irure tempor laborum. Et fugiat qui reprehenderit pariatur in id proident ad et. Est culpa cillum est ullamco pariatur sunt amet duis. Velit proident Lorem non nostrud proident et mollit incididunt elit anim sint cupidatat culpa. Commodo ea aute irure mollit sit ullamco eiusmod duis tempor magna. Pariatur et cupidatat nostrud minim sit deserunt voluptate cupidatat fugiat. Veniam labore ullamco sunt dolor fugiat mollit velit.

Official source

https://mediaspace.epfl.ch/media/0_6zgoi3yw

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 field theory: Topics in quantum field theory

Particle physics: Standard Model

Related lectures (33)