Emergent Dynamics, Fermions, and Mass Generation from Information Relation Networks: Emergence of Dynamics and Matter Fields from Information Relation Networks

Sasaki, Yuji

doi:10.51094/jxiv.3473

##article.authors##

Sasaki, Yuji Independent Researcher

DOI:

https://doi.org/10.51094/jxiv.3473

キーワード:

relation network、 emergent dynamics、 gauge theory、 fermions、 Yang--Mills、 mass generation、 holonomy、 information-based physics、 Hierarchical Information Propagation Model

抄録

We propose a dynamical framework in which gauge interactions, fermionic dynamics, and mass generation emerge from an underlying information relation network.
Building on previous results that derive gauge symmetries from relational structures, we introduce a variational principle based on phase consistency. From this principle, we construct an action defined on links and loops of the network.
We show that the continuum limit reproduces the Yang--Mills action, fermionic kinetic terms, and gauge-covariant interactions.
Furthermore, scalar fields and Yukawa couplings naturally give rise to mass generation via spontaneous symmetry breaking.
This framework suggests that the Lagrangian structure of quantum field theory is not fundamental, but emerges from discrete relational consistency conditions.

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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引用文献

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Y.Sasaki, ``Structural Necessity of Hierarchical Information Propagation in HIPM,'' Jxiv preprint (2026).

Emergent Dynamics, Fermions, and Mass Generation from Information Relation Networks

Emergence of Dynamics and Matter Fields from Information Relation Networks