Probing B-Anomalies via Dimuon Tails at a Future Collider
arXiv:2112.05127 · doi:10.1103/PhysRevD.105.115017
Abstract
We investigate the sensitivity of future proton-proton colliders to a contact interaction of the form as indicated by the long-standing rare -decay anomalies. We include NLO QCD and electroweak effects and employ an optimized binning scheme, and carefully validate our background calculation against ATLAS and CMS data. We find that the FCC-hh with ab of luminosity is able to exclude scales up to 26 TeV at CL, and discover up to 20 TeV. While this is not quite enough to exclude or discover the current best-fit value of TeV, this can in principle be achieved with more luminosity and/or higher energy, as we study quantitatively. Our analysis is conservative in that it assumes only a contact interaction.
arXiv commentCorrections of minor errors and typos
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