We present a new Monte-Carlo generator for low energy π+πβ colliders for the simulation of polarized and unpolarized π+πβ β π+πβ(ππΎ), π+πβ β πβπ+(ππΎ) interactions from threshold up to βΌ 10.58 πΊππ/π2 as well as π+πβ β βππππππ (ππΎ) interactions. This talk aims at elucidating new approaches for investigating some of the open physics questions in low energy physics including testable predictions to discriminate against models of the low energy scalar sector which, in many models, is related to the origin of the quark composite mass. A phenomenological overview of the leptonic and semi leptonic decay channels in π decays and perspectives for the future will be presented. This includes the Flux-Tube-Breaking model which provides an opportunity for a bridge between lattice and experimental measurements. Radiative emissions are investigated within the Yennie-Frautschi-Suura Exponentiation Formalism with potential implications for the photon distribution, Sommerfeld-Sakharov Potential and consequently the hadronic vacuum polarization measurements for g-2.
Join Zoom Meeting: https://liverpool-ac-uk.zoom.us/j/99940061492?pwd=TVZZRnpoYkVJZjZ0eEVQaVFzd0hHdz09
Meeting ID: 999 4006 1492
Passcode: 0TG1@snd
Paolo Beltrame