A natural connection between neutrino mass generation and the lightness of a next-to-minimal supersymmetric Standard Model pseudoscalar
Debottam Das Asmaa Abada Gautam Bhattacharyya Cédric Weiland
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One of the attractive properties of the NMSSM is that it can accommodate a light pseudoscalar of order 10 GeV. However, such scenarios are constrained by several experimental results, especially those related to the fermionic decays of the pseudoscalar. In this work, extending the NMSSM field content by two gauge singlets, with lepton number +1 and $−1$, we generate neutrino masses via the inverse see-saw mechanism at one hand and on the other hand a very light pseudoscalar becomes experimentally viable by having dominant invisible decay channels which help it to evade the existing bounds.
Debottam Das1 Asmaa Abada1 Gautam Bhattacharyya2 Cédric Weiland1
Volume 97, 2023
Continuous Article Publishing mode
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