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Theory of Higgs bosons with large couplings to light quarks

Not scheduled
Short Talks


A common lore has arisen that extended Higgs sectors should couple preferentially to third-generation fermions.
In this talk we present natural and motivated theories where extra Higgs bosons couple preferentially to the light quarks instead.
This possibility opens up the avenue for a broader exploration of the Higgs sector,
which requires new theoretical and experimental efforts targeting BSM physics with large couplings to first- and second-generation quarks.
Such theories point to striking new phenomenological signatures,
that provide interesting connections between searches at colliders and flavor experiments.

Primary authors

Daniel Egana-Ugrinovic (Perimeter Institute) Patrick Meade (Stony Brook University) Samuel Homiller (YITP, Stony Brook)

Presentation Materials

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