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ensabah6
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If LHC does not see SUSY-partners, of course, this null result would not falsify all SUSY theories, as some SUSY theories could still be realized in nature at a breaking scale some point above 1 TEV, but would a null result falsify SUSY theories that serve as an explanation for hierarchy of the Higgs against quadratic radiative corrections, and falsify the idea SUSY serves to enforce Gauge Coupling Unification?
In otherwords, if SUSY-partners are not found within LHC energies, would these mean there must be some other explanation for the hierarchy problem, and possibly that there is no gauge coupling unification?
How much bounds does not finding a light higgs at Fermilab place on finding SUSY-partners at LHC?
Also how likely will there be evidence of higher dimensions at LHC, according to string theory?
In otherwords, if SUSY-partners are not found within LHC energies, would these mean there must be some other explanation for the hierarchy problem, and possibly that there is no gauge coupling unification?
How much bounds does not finding a light higgs at Fermilab place on finding SUSY-partners at LHC?
Also how likely will there be evidence of higher dimensions at LHC, according to string theory?