20–22 avr. 2026
IJCLab
Fuseau horaire Europe/Paris

Phenomenology of colour sextet baryons in composite Higgs models

20 avr. 2026, 16:55
20m
Auditorium Pierre Lehmann (IJCLab)

Auditorium Pierre Lehmann

IJCLab

Building 200, IJCLab

Orateur

Rosy Caliri (University of Würzburg)

Description

Composite Higgs theories with partial compositeness are gauge theories in which the Higgs boson arises as a pseudo Nambu Goldstone boson (pNGB), and top partners appear as bound states of three hyperfermions originating from a fermionic UV completion. These models offer a promising solution to the naturalness problem of the Higgs sector and predict additional pNGBs and vector-like baryons at or above the TeV scale.
In this talk, we consider models that, in addition to the usual colour triplet top partners, also predict sextet states.
We analyze their LHC phenomenology and, in particular, we show that pair production yields signatures containing up to eight top quarks.
Using recasts of existing LHC searches, we derive current constraints on their masses.

Auteurs

Aldo Deandrea Benjamin Fuks Giacomo Cacciapaglia Jan Hadlik Manuel Kunkel Mark Goodsell Rosy Caliri (University of Würzburg) Werner Porod

Documents de présentation