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Forums
Physics
Beyond the Standard Models
The wrong turn of string theory: our world is SUSY at low energies
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[QUOTE="arivero, post: 3218680, member: 81"] So far, I have not found a way to produce the gauginos with the same mechanism, the termination of open strings produces exactly all the needed scalars, but only them. My personal expectation is that the LHC could find the gauginos but not the scalars, because the scalars are already there as QCD strings. It could be different if we were able to build the gauge sector as a kind of closed strings. There are two puzzling lateral issues, related to the W and Z. On one side, a sort of "duality": that the sum of all the decays of Z seems to have the same rate that the decay of a pion having the same mass. On other, that the scalars that give mass to the Z and W are, in susy, partners of a chiral fermion, and that then we need six extra scalars (for Z, W, and Z0) for any mass mechanism, and three of them are eaten into the 0 helicities of Z and W. My guess is that these scalars are the ones we produce from uu terminations, which have no role in the reproduction of squarks and sleptons. [/QUOTE]
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Physics
Beyond the Standard Models
The wrong turn of string theory: our world is SUSY at low energies
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