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ensabah6
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The common understanding is that below around 250Gev the weak force gauge bosons have mass and appear distinct from the electromagnetic force, with its massless photons. And that to explain this required hypothesizing the Higgs field, which acts like a superconducting field, in the vaccuum, which gives W Z bosons mass, and other particles mass, but leaves photons massless. Above this energy, there is only E-W unified field. Since the Higgs field is unstable to radiative corrections, SUSY is conjected to solve this.
The LHC may or may not find Higgs. If Higgs is ruled out,
What would be the ramifications to HEP if EW is broken at all energies up to the GUT 10"15 GEV or even Planck scale?
What would be an alternative explanation if LHC/Tev rules out Higgs experimentally?
The LHC may or may not find Higgs. If Higgs is ruled out,
What would be the ramifications to HEP if EW is broken at all energies up to the GUT 10"15 GEV or even Planck scale?
What would be an alternative explanation if LHC/Tev rules out Higgs experimentally?