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Type | Excursion (Interactive Presentation) |
{:title=>"Description"} | A brief history of Higgs particle discovery through ideas and experiments: An excursion from the origin of the Universe to the Large Hadron Collider at CERN. |
Tags | |
Author | Andreas Valadakis |
License | Creative Commons Attribution-NonCommercial |
Attribute to | Andreas Valadakis (http://vishub.org/users/andreas-valadakis) |
Language | English |
Publication créée à | dimanche 24 novembre 2013 14:10 |
Publication mise à jour à | jeudi 12 décembre 2024 02:38 |
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Miguel
I do not like criticizing other people's work, but there are three main problems with your presentation: 1. The Higgs boson is not the solution of how all the elementary particles get masses, you can do that without the Higgs for all the particles except for the W and Z bosons. 2. The question "what did it make the difference?" is more related with "why the masses of the elementary particles are so different?", which is a question that the Higgs mechanism cannot answer. And 3. In page 17 you are forgetting A. Migdal and A. Polyakov, which also gave an explanation for that more or less at the same time as these other people, but it was forgotten because of the Iron Curtain.
Andreas Valadakis
This presentation is only a first approximation to Higgs particle. Sure there are much more details.
Juan Quemada
Nice resource
Isabel
Very good
alexreynolds
We must be very careful when reading blog posts. I already did it, and I think this post is great quordle
Jeffree Star
The discovery of the Higgs boson marked a significant milestone in our that's not my neighbor understanding of the universe.