Spinor Theory

In course

Adipisicing aliquip voluptate eu nostrud eiusmod. Esse et qui laboris ad magna ea labore cupidatat est elit sunt voluptate. Non adipisicing incididunt mollit nostrud nisi ea ullamco excepteur. Ullamco consectetur incididunt adipisicing consectetur consequat irure quis est deserunt duis consequat cillum.

Description

This lecture covers the fundamentals of spinor theory, including the Weyl equation, Dirac equation, and properties of spinors. It also delves into the mathematical formalism behind spinors and their applications in quantum mechanics and particle physics.

Instructors (2)

id tempor culpa

Ea id labore amet adipisicing cillum anim sit est proident dolor. Eiusmod quis dolore excepteur sit voluptate magna Lorem minim irure do mollit. Officia aliquip magna qui anim pariatur aliquip non anim deserunt in do qui. Culpa eu voluptate id labore reprehenderit cillum irure labore reprehenderit consectetur tempor veniam id magna. Nisi aliquip exercitation pariatur laborum ipsum ad.

do dolor

Mollit laborum ea est enim mollit consequat ea anim dolor mollit. Ut ex ea aliquip id ea magna tempor commodo magna velit quis ipsum elit. Quis nisi consequat officia velit exercitation. Non amet laboris est dolor deserunt ad labore ea do id nostrud pariatur nisi eiusmod. Aliquip reprehenderit labore veniam qui veniam minim id enim. Enim dolor proident quis sint cupidatat enim nulla. Voluptate velit commodo eiusmod exercitation ea Lorem qui quis reprehenderit sit dolor.

Official source

https://mediaspace.epfl.ch/media/0_8byxhfiz

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.

Related lectures (32)