A bstract We study a new class of renormalisable simplified models for dark matter searches
at the LHC that are based on two Higgs doublet models with an additional pseudoscalar …

A bstract We consider the transverse-momentum distribution of a Higgs boson produced
through gluon fusion in hadron collisions. At small transverse momenta, the large …

A bstract Composite Higgs Models are often constructed including fermionic top partners
with a mass around the TeV scale, with the top partners playing the role of stabilizing the …

A bstract We report consistent results for Γ (h→ γγ),\(\sigma\left (\mathcal {GG}\to h\right)\)
and\(\Gamma\left (h\to\mathcal {GG}\right)\) in the Standard Model Effective Field Theory …

Radiative symmetry breaking provides an appealing explanation for electroweak symmetry
breaking and addresses the hierarchy problem. We present a comprehensive …

A bstract We provide the complete set of predictions needed to achieve NLO accuracy in the
Standard Model Effective Field Theory at dimension six for Higgs production in gluon fusion …

A bstract Collider signals of heavy Majorana neutrino mass origin are studied in the minimal
Left-Right symmetric model, where their mass is generated spontaneously together with the …

A bstract Most searches for top partners, T, are concerned with top partner pair production.
However, as these bounds become increasingly stringent, the LHC energy will saturate and …

We consider the production of a pseudo-scalar particle A at the LHC, and present accurate
theoretical predictions for its inclusive cross section in gluon fusion. The prediction is based …

We show that the presence of a lightish scalar resonance, σ σ, that mixes with the composite
Goldstone–Higgs boson can relax the typical bounds found in this class of models. This …