What question did this study set out to answer?

The aim is to derive fundamental interactions, gravity, cosmology, and consciousness from discrete geometry.

June 26, 2026Open Access

Discrete Geometric Physics (DGP) – Computational Topodynamics of Media: A Complete Theory of Discrete Space, Fundamental Interactions, Cosmology, Information, and Consciousness

Key Points

The aim is to derive fundamental interactions, gravity, cosmology, and consciousness from discrete geometry.
Parameter-free derivation based on a 26-valent cubic lattice with symmetry group OhOh.
Derivation of bond weights through isotropy and jamming conditions.
Structured as a rigorous axiomatic theory with full mathematical proofs.
Derivation predicts reactionless thrust and twiston energies.
New phenomena include spectral lines and gravitational echoes.
Theory supports a holographic principle with reproducible computations.

Abstract

This monograph presents a complete, parameter‑free derivation of all fundamental interactions, the Standard Model, gravity, cosmology, information theory of light, and the ontology of consciousness from the geometry of a discrete 26‑valent cubic lattice with symmetry group OhOh. Bond weights are uniquely derived from the isotropy condition and the jamming condition, yielding Σw=14Σw=14. All numerical values are either geometric invariants or results of numerical solutions of equations derived from the axioms. The theory predicts new effects: reactionless thrust, twiston energies, spectral lines, gravitational echoes, and a holographic principle. The work is structured as a rigorous axiomatic theory with 15 appendices containing full mathematical proofs. All computations are reproducible via open‑source code.

Discrete Geometric Physics (DGP) – Computational Topodynamics of Media: A Complete Theory of Discrete Space, Fundamental Interactions, Cosmology, Information, and Consciousness

Key Points

Abstract

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