Standard Model CP-violation and Baryon asymmetry Part I: Zero Temperature

Abstract

We consider quantum effects in a world with two coexisting symmetry phases, unbroken and spontaneously broken, as a result of a first order phase transition. The discrete symmetries of the problem are discussed in general. We compute the exact two-point Green function for a free fermion, when a thin wall separates the two phases. The Dirac propagator displays both massive and massless poles, and new CP-even phases resulting from the fermion reflection on the wall. We discuss the possible quark-antiquark CP asymmetries produced in the Standard Model(SM) for the academic $T=0$ case. General arguments indicate that an effect first appears at order ${\alpha }_W$ in the reflection amplitude, as the wall acts as a source of momentum and the on-shell one-loop self-energy cannot be renormalized away. The asymmetries stem from the interference of the SM CP-odd couplings and the CP-even phases in the propagator. We perform a toy computation that indicates the type of GIM cancellations of the problem. The behaviour can be expressed in terms of two unitarity triangles.

38 pages, CERN-TH.7262/94, LPTHE-Orsay-94/48, HD-THEP-94-19, FAMNSE-12-94, NSF-ITP-94-64

References in corpus (5)

• Progress in Electroweak Baryogenesis
• Towards the Theory of Cosmological Phase Transitions
• Standard Model CP-violation and Baryon asymmetry
• Baryon Asymmetry of the Universe in the Minimal Standard Model
• Comments on the Electroweak Phase Transition

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