An important task at future colliders is the measurement of the triple Higgs coupling.
Depending on its size relative to the Standard Model (SM) value, certain collider options …

Pseudo-Goldstone dark matter coupled to the Standard Model via the Higgs portal offers an
attractive framework for phenomenologically viable pseudoscalar dark matter. It enjoys …

A bstract In this work we study the viable parameter space of the scalar sector in the type-II
seesaw model. In identifying the allowed parameter space, we employ constraints from low …

Understanding the polarization structure and providing precise predictions for multiboson
processes at the LHC is becoming urgent in the light of the upcoming run-3 and high …

We investigate the prospective reach of the 14 TeV HL-LHC for resonant production of a
heavy Higgs boson that decays to two SM-like Higgs bosons in the 4 b final state in the …

A bstract We consider a non-Abelian dark SU (2) D model where the dark sector couples to
the Standard Model (SM) through a Higgs portal. We investigate two different scenarios of …

In this whitepaper, I briefly review the Benchmark Planes in the Two-Real-Singlet Model
(TRSM), a model that enhances the Standard Model (SM) scalar sector by two real singlets …

We investigate and compare two simple models of dark matter (DM): a vector and a scalar
DM model. Both models require the presence of two physical Higgs bosons h 1 and h 2 …

A bstract The dilaton is predicted in various extensions of the standard model containing
sectors with an approximate spontaneously-broken conformal invariance. As a Goldstone …

A bstract Searching for two-body resonance decays is a central component of the high
energy physics energy frontier research program. While many of the possibilities are …