Constructing a Standard Model-Compatible Physical Realisation
Year: 2026
Type: preprint
Abstract: Natural Evolution of Actuality (NEA) is investigated as a pre-metric theory of lawful physical realisation founded on two independently lawful abstract parental responsibilities, Mand F, and primitive consequential joining, comparison and confirmation, Omega. We construct a fully specified Standard Model-compatible descendant using the exceptional Jordanalgebra, its selected nested stabilisers, an exterior-algebra realisation of one complex chiral family, and a developed scalar collective order. The selected stabiliser is S(U(3) x U(2)),whose twelve generators reproduce the Standard Model gauge algebra. On the exterioreven complex five-carrier, a trace-free hypercharge generator yields exactly the six multiplets of one sixteen-component chiral family. We show that all local gauge and mixed gravitational hypercharge anomalies cancel, that the weak global doublet parity condition issatisfied, and that a colour-singlet weak-doublet order produces eight massless colour directions, one massless electromagnetic direction and three massive weak directions. A selectedcubic Jordan triality channel provides a compatible origin for chiral Yukawa coupling. Wethen prove a previously underemphasised obstruction: if all three-family Hermitian massoperators are polynomials in the same cyclic generator, quark mixing is trivial. A noncommuting, History-sensitive response is mathematically sufficient for nontrivial mixing, andwe exhibit a positive Hermitian three-family example with nonzero CP-sensitive commutator determinant. An original NEA Standard Model table assigns each named matter andbosonic sector a differentiated physical-realisation description. The result is an internallyconsistent exploratory synthesis, not an NEA-first derivation of every physical representation, numerical coupling or measured mass, and not experimental evidence confirmingNEA.
Author: Jeffers, Darren
Language: English
Subfield: Nuclear and High Energy Physics
Field: Physics and Astronomy
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W7225821496
Cites:
Cited by:
Related to: