Speaker
Yang Ma
(INFN-Bologna)
Description
We discuss the capabilities of a high-energy muon collider of discovering (or constraining) anomalous Yukawa interactions of the muon with the Higgs boson. We use a general approach based on two different Effective-Field-Theory frameworks, HEFT and SMEFT. We analyse a large class of processes involving both multi Higgs and/or vector boson production, both for a 3 and 10 TeV machine. We also discuss bounds due to unitarity arguments from processes with very large multiplicities in the final state and/or large collision energies. Our study provides quantitative statements on the potential of a muon collider for studying in detail the interaction of the Higgs boson with the muon.
| You are | non-PhD student |
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Primary authors
Eugenia Celada
Davide Pagani
(INFN, Bologna)
Prof.
Fabio Maltoni
Jürgen Reuter
(DESY)
Keping Xie
Nils Kreher
Tao Han
(Univ. of Pittsburgh & TsingHua University)
Tobias Striegel
Wolfgang Kilian
(University of Siegen)
Yang Ma
(INFN-Bologna)
