CPviolation in theBsystem

Abstract

Abstract. The phenomenon of CP violation is crucial to understand the asymmetry between matter and antimatter that exists in the Universe. Dramatic experimental progress has been made, in particular in measurements of the behaviour of particles containing the b quark, where CP violation effects are predicted by the KobayashiMaskawa mechanism that is embedded in the Standard Model. The status of these measurements and future prospects for an understanding of CP violation beyond the Standard Model are reviewed.

Lie sphere geometry in nuclear scattering processes

“…The notation is inspired by the conjugation of Dirac spinorsψ = ψ † γ 0 . Two complex units with different behavior with respect to conjugation can be applied potentially in the description of the CP violation, where weak and strong phases have to be represented with exactly this property [33,34,35]. The sign change of the hypercomplex units with respect to conjugation and reversion is consistent with previous publications of the author, which were based on hyperbolic numbers, see for example [36].…”

Revisiting final state interaction in charmless Bq→PP decays

“…with U m ij and V m ij given in Eq. (8). It is interesting to see how the rescattring behaves in a U(3) symmetric case.…”

“…Some of these modes are highly suppressed and are among the rarest B decays. There were constant updates on other measurements, such as rates and direct CP asymmetries on B (s) → Kπ, KK, ππ modes [6][7][8].…”

Optimizing sensitivity to γ with B0→DK+π− , Craik1, Gershon2, Poluektov3 2018Phys. Rev. D10060View full textAdd to dashboardCite

“…Numerous variations of methods to determine γ have been proposed, and a significant number have now been attempted experimentally (see reviews in Refs. [6,15]). In this work, the focus is on methods based on Dalitz plot analysis of B 0 → DK + π − decays [16,17], where the neutral D meson is reconstructed in final states to which both D 0 and D 0 can decay.…”