Testing axion couplings to leptons in decays at future colliders
arXiv:2212.02818 · doi:10.1103/PhysRevD.108.015002
Abstract
We study the possibility of probing the existence of a light, invisible, axion-like particle (ALP) in leptonic decays of the boson at the proposed high-energy colliders, CEPC and FCC-ee. Both projects plan to run at the pole, collecting visible decays. We show that, searching for the emission of an invisible ALP from leptons in leptonic decays, this enormous statistics could allow to constrain the ALP couplings to leptons at an unprecedented level for laboratory experiments. In particular, within a Monte Carlo simulation framework, we estimate that CEPC/FCC-ee can be sensitive to the coupling of an invisible ALP to muons up to TeV - where is the ALP decay constant - corresponding to .
16 pages, 5 figures; v2, improved analysis and discussion, conclusions unchanged, version to appear in PRD; v3, typos corrected
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