Understanding flavor mixing in Quantum Field Theory
M. Blasone, A. Capolupo, G. Vitiello
TL;DR
This paper explores the complex non-perturbative vacuum structure linked to flavor mixing in Quantum Field Theory, focusing on three fermion generations, and presents new oscillation formulas along with CP and T violation analysis.
Contribution
It provides a detailed analysis of flavor mixing in QFT, revealing a rich vacuum structure and deriving exact oscillation formulas for three fermion generations.
Findings
Identification of a non-perturbative vacuum structure
Derivation of exact flavor oscillation formulas
Discussion of CP and T violation effects
Abstract
We report on recent results showing that a rich non-perturbative vacuum structure is associated with flavor mixing in Quantum Field Theory. We treat explicitly the case of mixing among three generations of Dirac fermions. Exact oscillation formulas are presented exhibiting new features with respect to the usual ones. CP and T violation are also discussed.
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