Probing Higgs portals with matrix-element based kinematic discriminants in production
arXiv:2201.09711 · doi:10.1007/JHEP04(2022)166
Abstract
A Higgs portal in the form of the operator provides a minimal and theoretically motivated link between the Standard Model (SM) and new physics. While Higgs portals can be constrained well by exotic Higgs decays if the beyond-the-SM states are light, testing scenarios where these particles are kinematically inaccessible is known to be challenging. We explore the sensitivity of future hadron collider measurements of production in constraining Higgs portal interactions. It is shown that by using a matrix-element based kinematic discriminant the reach of the high-luminosity option of the Large Hadron Collider (LHC) can be significantly enhanced compared to studies that are based on measurements of the four-lepton invariant mass spectrum alone. We also analyse the potential of the high-energy upgrade of the LHC and a Future Circular Collider in constraining new physics that couples to . The obtained constraints are compared to the limits one expects to find from other single-Higgs probes. In addition, we provide an independent analysis of the relevant Higgs portal effects in double-Higgs production. We find that the constraints obtained from our analysis turn out to be both competitive with and complementary to the projected limits obtained using other search techniques.
arXiv comment22 pages, 9 figures; v2: matches version accepted for publication in JHEP
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