Invisible Higgs bosons at present and future colliders
J.C. Romeo (Lisbon, IST)

1993 - 9 pages

Abstract (Elsevier)
In many extensions of the standard model the Higgs boson can have substantial invisible decay modes, for example, into light or massless weakly interacting Goldstone bosons associated to the spontaneous violation of lepton number below the weak scale. In this work, we first report on the model independent limits on the Higgs boson from the analysis of the present LEP samples after including the possibility of invisible decays and study the prospects for LEP II. Next, we review the detectability prospects for such invisible Higgs boson at the Next Linear Collider.


Keyword(s): INSPIRE: talk: Lisbon 1993/10/11 | electron positron: annihilation | annihilation: electron positron | Higgs particle: electroproduction | electroproduction: Higgs particle | Higgs particle: multiplet | multiplet: Higgs particle | doublet: 2 | Higgs particle: decay | decay: Higgs particle | Higgs particle: branching ratio | Majoron: pair production | pair production: Majoron | Goldstone particle | R parity | lepton number: violation | spontaneous symmetry breaking | numerical calculations: interpretation of experiments | proposed experiment | bibliography | Higgs particle --> 2Majoron
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