Why Reality Is Stable

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Authors: Samir Maamar Senouci
Cited by: 0

Abstract

Why is reality stable? Why does matter exist while antimatter seems to be missing? Why do the same physical structures persist across more than 80 orders of magnitude — from elementary particles to the observable Universe? Angular World Architecture (AWA) I — Foundations introduces a new geometric framework proposing that stability itself is not a property of matter, but a property of space–time geometry. This work proposes that time acts as a universal container hosting two conjugate electromagnetic regimes — photonic and anti-photonic — whose angular separation naturally generates the observed matter–antimatter asymmetry without requiring annihilation or primordial imbalance. From this architecture emerges a universal angular law: θ = (360/π) × arctan(√Ξ) which maps every physical system — particles, atoms, stars, galaxies and the Universe — onto a single geometric coordinate encoding stability, regime and evolutionary state. The article reveals the existence of a discrete stabilization network composed of 28 privileged angular nodes that govern why certain particles and cosmic structures persist while others decay. Stability is shown to arise from geometry itself rather than from ad hoc physical mechanisms. AWA I establishes the foundational architecture of a multi-scale unification program spanning particle physics, cosmology and time dynamics. Subsequent articles in the AWA series confront this framework with observational data from PDG, SDSS, LIGO and cosmological surveys — without parametric fitting. This work does not claim closure. It opens a geometric map.What follows is not a theory replacement — but a coordinate system for reality.

Fields of Study & Subjects

Relativity and Gravitational Theory Advanced Mathematical Theories and Applications Particle physics theoretical and experimental studies

Publication details

Journal / source
Zenodo (CERN European Organization for Nuclear Research)
Publication date
19 January 2026
Language
EN
Document type
Preprint