Tree-level cross sections and chirality observables for vector-like lepton doublet production at polarized ILC and CLIC, with sensitivity projections for benchmark masses.
Anthropic solution to the magnetic muon anomaly: the charged see-saw
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abstract
We present models of new physics that can explain the muon g-2 anomaly in accord with with the assumption that the only scalar existing at the weak scale is the Higgs, as suggested by anthropic selection. Such models are dubbed "charged see-saw" because the muon mass term is mediated by heavy leptons. The electroweak contribution to the g-2 gets modified by order one factors, giving an anomaly of the same order as the observed hint, which is strongly correlated with a modification of the Higgs coupling to the muon.
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Vector-Like Lepton Pair Production With Polarized Beams at Linear Colliders:Sensitivity Projections and Chirality Observables
Tree-level cross sections and chirality observables for vector-like lepton doublet production at polarized ILC and CLIC, with sensitivity projections for benchmark masses.