The Impact of Boson's Velocity over Light
As we all known perhaps until 2014, light travel the fastest over all, yet after the discovery of Higg's Boson, now revolution of Physics happened that now consider Boson, theoretical particles that yield mass may have velocity faster than light by several commas. This had made Quantum Physics compulsory to be studied unto research and relativity more interesting in its cosmo-metry.
First, Higg's Boson is a little bit much faster than the speed of light. Second, Bosons carries mass over a theoretical particles in theoretical physics. Third, it has been proven through CERN that Higg's Boson travel faster than the speed of light, therefore it is proven and only a theoretical notoriety anymore. All these facts create more fields for Physicists and Scientists alike to develop more and more founding on the field of Physics, Mathematics, and other sciences at large.
Higg's Boson is a little bit much faster than the speed of light. It is a Neutrinos that in Standard Model over the existence of Higgs Field.
Secondly, Bosons carry "mass" Forces over other theoretical particles. Some even nicknamed this particles as 'God's Particle'. It was founded by a Scottish Physicists named Peter Higgs whom predicted the existence of this particle. Bosons are a type of subatomic particles.
Third, OPERA within CERN experiment has founded yet that Higg's Boson discovery as a pivoting point over the researchers of Physicists then. As it was found on 14 of March 2013, up until now, many Physicists are studying thus particles. It gives mass through the Higg's Field over Quantum Fields as interactions with other matters. It was founded at ATLAS & CMS at CERN LHC.
Conclusively, we can make an assumptions that Quantum Field in some extent may travel faster than the speed of light not to create sight-seeing but more to the Poisson over its existence in The Universe; who knows, perhaps God has made another 'predestiny?'
Bibliography
https://blogs.voanews.com/science-world/2011/10/21/faster-than-the-speed-of-light-and-the-search-for-higgs-boson/
https://home.cern/topics/higgs-boson
