Resonant Multi-Scalar Production in the Generic Complex Singlet Model in the Multi-TeV Region
arXiv:2403.18003 · doi:10.1103/PhysRevD.110.055017
Abstract
We develop benchmarks for resonant di-scalar production in the generic complex singlet scalar extension of the Standard Model (SM), which contains two new scalars. These benchmarks maximize di-scalar resonant production: , where is the observed SM-like Higgs boson and are new scalars. The decays and may be the only way to discover , leading to a discovery of two new scalars at once. Current LHC and projected future collider (HL-LHC, FCC-ee, ILC500) constraints are used to produce benchmarks at the HL-LHC for masses between 250 GeV and 1 TeV and a future collider for masses between 250 GeV and 12 TeV. We update the current LHC bounds on the singlet-Higgs boson mixing angle. As the mass of increases, certain limiting behaviors of the maximum rates are uncovered due to theoretical constraints on the parameters. These limits, which can be derived analytically, are , , and . It can also be shown that the maximum rates of approach the same value. Hence, all three decays are promising discovery modes for masses below , while above the decays are more encouraging. Masses for are chosen to produce a large range of signatures including multi-b, multi-vector boson, and multi- production. The behavior of the maximum rates imply that in the multi-TeV region this model may be discovered in the Higgs quartet production mode before Higgs triple production is observed. The maximum di- and four Higgs production rates are similar in the multi-TeV range.
v2: matches version accepted by PRD, typos fixed, references added, discussion expanded, results unchanged, 28 pgs+21 pgs of appendices and references, 9 figures; v1: 27 pages+20 pages of appendices and references, 9 figures
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