M. Bouchard

collaborators

4 papers

hep-ph2026

Searching for New Physics with Reinforcement Learning

Jacky Kumar, Marianne Bouchard, David London

Finding new physics (NP) is the most important problem in particle physics today. Studying ``anomalies'', i.e., measurements of low-energy observables whose values disagree with th…

hep-ph2026

Anomalies in Hadronic $B$ Decays

Marianne Bouchard, David London

The decays $B \to P P$ , where the pseudoscalar $P$ is a $π$ or $K$ , have been studied under the assumption of flavour SU(3) symmetry [SU(3) $_{F}$ ]. The global fit shows a 3.6 $σ$ discre…

hep-ph2026

Anomalies in Hadronic $B \to V V$ Decays

Bhubanjyoti Bhattacharya, Marianne Bouchard, Alexandre Jean +2

Recently, a fit of charmless $B \to P P$ decays ( $B \in {B^{0}, B^{+}, B_{s}^{0}}$ , $P \in {π, K, η, η^{'}}$ ) to the latest data was performed under the assumption of flavour SU(3) symmet…

hep-ph2025

Isospin-based EWP-tree Relations

Bhubanjyoti Bhattacharya, Marianne Bouchard, Alexandre Jean +2

In 1998, it was shown that, if flavor SU(3) symmetry [SU(3) $_{F}$ ] is assumed in charmless $B \to P P$ decays ( $P$ is a light pseudoscalar meson), some reduced matrix elements involvi…

Searching for New Physics with Reinforcement Learning

Anomalies in Hadronic B Decays

Anomalies in Hadronic B→VV Decays

Isospin-based EWP-tree Relations

Anomalies in Hadronic $B$ Decays

Anomalies in Hadronic $B \to V V$ Decays