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Sifting composite from elementary models at FCCee and CePC
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abstract
New Physics models with either an elementary or composite origin are often associated with a similar imprint in a direct search at colliders, case in point being the production of a light pseudoscalar in association with a monochromatic photon from the decay of a Z boson at future $e+e-$ colliders. We exploit the correlation between the discovery of a signal in the Z decays and electroweak precision measurements as a tool to distinguish a composite model from an elementary scalar one. Our results offer an appealing and rich physics case for future colliders and demonstrate how a lepton collider at the Z mass can be a discovery machine for new physics in the Higgs sector.
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Impact of Higgs precision measurements at the LHC and FCC-ee on the spectrum of composite Higgs models
Using κ_V = cosθ and m_η = m_h/sinθ, Higgs precision data imply singlet mass bounds of about 440 GeV (Run-2), 600 GeV (HL-LHC), and 2 TeV (FCC-ee).
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