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ensabah6
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Thus far Tevatron has not detected any multiple higgs bosons or any SUSY particles. If SUSY is the correct explanation for Higgs stabilization, given both the amount of data and energies reached, does this present a problem (i.e makes more unlikely) SUSY as an explanation for Higgs stabilization? Presumably it might be another couple of years before LHC has enough data to find either Higgs of SUSY during which Tevatron will continue to collect data.
Does the continued non-observation of SUSY at Tevatron, combined with no-observation of proton decay, make finding SUSY less likely to appear at LHC or it has no bearing on whether LHC will see SUSY?
Does the continued non-observation of SUSY at Tevatron, combined with no-observation of proton decay, make finding SUSY less likely to appear at LHC or it has no bearing on whether LHC will see SUSY?