A Unified Phase-Topological Framework for Quantum Fields,Gauge Symmetry, and Mass Generation: A Structural Ansatz and Validation Roadmap: Emergence of the Standard Model from Constrained Phase Topology

Sasaki, Yuji

doi:10.51094/jxiv.3497

##article.authors##

Sasaki, Yuji Independent Researcher

DOI:

https://doi.org/10.51094/jxiv.3497

キーワード:

phase topology、 gauge symmetry、 Standard Model、 mass generation、 generalized symmetry、 flavor hierarchy、 emergent field theory、 Hierarchical Information Propagation Model

抄録

We present a revised and scope-limited version of a phase-topological framework for
quantum fields, gauge symmetry, and mass generation. The central idea is that a set of
constrained phase variables may define loop-like invariants whose coarse-grained
readout resembles selected structural ingredients of the Standard Model. In contrast to
the previous version, the present manuscript does not claim a completed derivation or a
quantitative replacement of the Standard Model. Instead, it formulates a structural
ansatz, clarifies its relation to contemporary literature on generalized symmetries,
topological defects, Higgs-sector phenomenology, and flavor-hierarchy models, and
identifies the quantitative tests required before the framework can be promoted to a
phenomenological theory. The proposed mass relation and gauge correspondence are
therefore treated as candidate structural maps rather than established predictions.

利益相反に関する開示

The author declares no conflicts of interest associated with this study.

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A Unified Phase-Topological Framework for Quantum Fields,Gauge Symmetry, and Mass Generation: A Structural Ansatz and Validation Roadmap

Emergence of the Standard Model from Constrained Phase Topology