Primary Postulates of the Standard Model as Consequences of the Composite Nature of the Fundamental Fermions

TL;DR

This paper presents a field model of composite fermions that reproduces the core principles of the Standard Model, suggesting a natural emergence of Higgs-like fields and internal symmetries from the fermions' internal structure.

Contribution

It introduces a two-component fermion field model that aligns with Standard Model postulates and naturally produces Higgs analogues via Grassmannian extra coordinates.

Findings

Model reproduces main Standard Model postulates

Higgs-like fields emerge naturally in the framework

Internal symmetry groups are determined by relative coordinate space

Abstract

A field model of two-component fermions is described, the consequences of which coincide in the main with primary postulates of the standard model. Such a model can be constructed for 4 generations at the minimum. Peculiarities of the relative coordinate space, determining in general an internal symmetry group, are considered. Analogues of the Higgs fields appear in the model naturally after transition to the Grassmannian extra coordinates.