On the Geometry Origin of Weak CP Phase

Abstract

In this work, the postulation that weak CP phase originates in a certain geometry, is further discussed. Some intrinsic and strict constraints on the mixing angles, weak CP phase, and the Wolfenstein's parameters $\rho$ and $\eta$ are given by present data and the postulation itself. Especially, we predict $0.0076\le |V_{td}|\le 0.0093,74.9^o\le \gamma \le 75.7^o$ when the corresponding inputs are at the $90$. The comparison of the predictions to the relevant experimental and theoretical results is listed. All the predictions coincide with the present experimental results and theoretical analysis very well.

arXiv commentThe synthetic version on our new viewpoint to the origin of weak CP phase, which has been approved for publication by Phys. Rev. D on Oct. 5, 1999. 15 pages, 4 EPS figures. Few misprints are corrected. (Email: [email protected])

References in corpus (6)

• Profiles of the Unitarity Triangle and CP-Violating Phases in the Standard Model and Supersymmetric Theories
• Implications of the Top Quark Mass Measurement for the CKM Parameters, $x_s$ and CP Asymmetries
• Indirect Measurement of the Vertex and Angles of the Unitarity Triangle
• Precise Determinations of the CKM Matrix from CP-Asymmetries in B-Decays and K_L --> π^0 ν\barν
• Wolfenstein Parametrization Re-examined
• Implications of the Fleischer-Mannel Bound

Cited by in corpus (2)

• CP violation in neutrino mixing matrix and leptogenesis
• Space Rotation Theory