He says a large number of other things in the talk that sound quite outlandish such as the LHC result was a huge surprise as they should have found other particles produced with it but they didn’t and that physicists have tried and failed to explain the particular strength of the Higgs field for decades and that “his” group at CERN published paper afte paper after the first run that concluded that That run had failed to find any support for the “most elegant” theory namely string theory or its alternative – the multiverse theory. Ted talks has Dr Harry Cliff say that the particular strength of the Higgs fileld is a surprise as it should be either zero or ginormous although both are incompatible with the existence of our universe. Why the Higgs Field is Necessary (why in our universe, with its weak nuclear force, the electron can’t have a mass without it.)īefore reading these articles you should first read through my set of articles on Particles and Fields, which are at the same level, and are intended to lead directly to this set. In electroweak theory the difference between the physical ,W,Z0 boson masses is created by spontaneous symmetry breaking of the Higgs field. ![]() Three of the four gauge fields gain a mass. SU (2) × U (1) is broken into a diagonal subgroup U (1). How the Higgs Particle Arises, as a quantum of the waves in the Higgs field as it oscillates around its non-zero equilibrium value.Ĥ. Representing the Higgs scalar in terms of four real field components, the Brout-Englert-Higgs mechanism is found to remove three of them, leaving only one neutral, physical Higgs particle. Why The Higgs Field Becomes Non-Zero, unlike other fields.ģ. The Basic Idea (of how the Higgs field gives mass to other particles.)Ģ. Some of this stuff is reviewed in the Particles and Fields articles in any case.ġ. The Smith River Sports Complex hosts youth matches, college and high school tournaments, camps and other events. These articles require the kind of math that you’d come across in advanced pre-university or beginning university settings: algebra, cosines and sines, a little calculus (though most of that can be skirted) and a little familiarity with simple physics concepts: energy, oscillations, waves. This set of articles explains how the Higgs field gives mass to other particles, and some details about the Higgs particle.
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