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2013

LHC Higgs Signatures from Topflavor Seesaw Mechanism

Wang, Xu-Feng, Du, Chun, He, Hong-Jian

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We study LHC Higgs signatures from topflavor seesaw realization of electroweak symmetry breaking with a minimal gauge extension SU(2) x SU(2) x U(1).

This elegant renormalizable construction singles out top quark sector (instead of all other light fermions) to join the new SU(2) gauge force.
It predicts extra vector-like spectator quarks (T, B), new gauge bosons (W', Z'), and a pair of neutral Higgs bosons (h, H).
We demonstrate that for the lighter Higgs boson h of mass 125GeV, this model predicts modified Higgs signal rates in h --> \gamma\gamma, WW*, ZZ* channels via gluon fusions, in h --> tau tau mode via vector boson fusions, and in h --> bb mode via gauge boson associate productions.

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