Ratios of exclusive to inclusive b to s lepton lepton observables discriminate between new physics and constant hadronic effects, with current data favoring new physics.
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Partial compositeness in the minimal fundamental partial compositeness (MFPC) model explains B-meson flavour anomalies while also solving the SM naturalness problem.
Bayesian global fit updates new physics constraints in b->sll decays with post-Moriond 2019 data, providing credibility regions and model comparisons via Bayes factors.
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Probing unknown nonperturbative effects in $b \to s \ell\ell$ with inclusive and exclusive observables
Ratios of exclusive to inclusive b to s lepton lepton observables discriminate between new physics and constant hadronic effects, with current data favoring new physics.
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Flavour anomalies and (fundamental) partial compositeness
Partial compositeness in the minimal fundamental partial compositeness (MFPC) model explains B-meson flavour anomalies while also solving the SM naturalness problem.
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Global Bayesian Analysis of new physics in $b \to s \mu\mu$ transitions after Moriond-2019
Bayesian global fit updates new physics constraints in b->sll decays with post-Moriond 2019 data, providing credibility regions and model comparisons via Bayes factors.