New Paper Published — Unified Pattern Framework (UPF)
A new companion paper to Structured Space Theory (SST) is now available on Zenodo. Unified Pattern Framework (UPF) introduces a dynamical pattern-state ontology on a discrete graviton lattice, in which particles are treated as stable lattice configurations rather than fundamental point-like objects.
In this framework, mass, radiation, charge, and nuclear structure are reinterpreted as emergent consequences of lattice geometry, phase organization, closure, and propagation. Rather than introducing new fundamental entities, UPF extends the minimal dynamical content already present in SST into a microscopic regime.
The paper develops a unified extension of SST across particle, atomic, and radiative domains, including:
- light-nucleus stability from lattice continuity conditions,
- photon-like transverse modes as propagating pattern excitations,
- candidate neutrino-like chiral modes emerging from phase asymmetries,
- and a one-parameter isotope bridge law connecting lattice structure to atomic mass.
Together with the Structured Space Theory (SST), Version 3 paper and the Mathematical Foundations of Structured Space Theory, UPF contributes to a more complete framework spanning geometry, dynamics, and matter structure.
This work represents a step toward a more unified description of physical phenomena within SST, where different regimes—gravitational, electromagnetic, and atomic—are approached within a single underlying framework.