'Electroweak theory' presentation slideshows

The Standard Model of Particles and Interactions

1.01k views • 69 slides

The Standard Model and Beyond

The Standard Model and Beyond. Harrison B. Prosper 6 July, 2010 Fermilab Summer Lecture Series. Where Do We Come From? What Are We? Where Are We Going? Paul Gauguin (1897) Museum of Fine Arts, Boston. The Standard Model. What is the Standard Model?.

596 views • 40 slides

The ATLAS experiment at the Large Hadron Collider

The ATLAS experiment at the Large Hadron Collider. Jason Nielsen UC Santa Cruz. July 28, 2010. VERTEX 2004. Fundamental Particles & Forces. Force Carrier Quanta. Photon (electromagnetic) verified 1922 mass of photon = 0. W,Z bosons (weak force) verified 1983

417 views • 27 slides

Electroweak Summary

Electroweak Summary. Chris Hays, Oxford University for the EWK/BSM session conveners: Michael Kramer Dave South Filip Zarnecki XVI th Workshop on Deep Inelastic Scattering London, England April 10, 2008. Electroweak and Beyond-the-Standard-Model Session. 42 talks

616 views • 22 slides

Electroweak Summary

Electroweak Summary. Chris Hays, Oxford University for the EWK/BSM session conveners: Michael Kramer Dave South Filip Zarnecki XVI th Workshop on Deep Inelastic Scattering London, England April 10, 2008. Electroweak and Beyond-the-Standard-Model Session. 42 talks

316 views • 22 slides

Physics 32: Elementary Particles

Physics 32: Elementary Particles. Christopher Chui. High-Energy Particles-1. Matter-wave: de Broglie wavelength, l = h/(mv) Van de Graaff generator and accelerator produce 30 MeV to accelerate particles. A source of H or He ions is accelerated towards the target

317 views • 10 slides

Sources: britannica/EBchecked/topic/184077/electroweak-theory

Steven Weinberg. Electromagnetic Force: Over 10 million times stronger than the weak force Acts over great distances. Weak Force: Acts over distances smaller than the nucleus. Electroweak Theory: Weak and electromagnetic forces are just two parts of the same force

161 views • 1 slides