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Same-Sign Tetra-Leptons from Type II Seesaw · Around

2012

Same-Sign Tetra-Leptons from Type II Seesaw

Chun, Eung Jin, Sharma, Pankaj

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The type II seesaw mechanism introduces a hypercharged Higgs triplet to explain the observed neutrino masses and mixing.

Among three triplet components, the doubly charged Higgs boson can be the lightest and decay mainly to same-sign di-leptons.
Furthermore, the heavier singly charged or neutral Higgs boson produces a doubly charged Higgs boson through its fast gauge decay.
This leads to a novel signature of same-sign tetra-leptons resulting from a pair production of same-sign doubly charged Higgs bosons caused by the nearly degenerate neutral scalar mixing which can be sizable for an appropriate choice of the model parameters.

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