What question did this study set out to answer?

This work aims to resolve major unsolved problems in physics and mathematics using a unified geometrical approach.

June 22, 2026Open Access

From Discrete Geometry to a Unified Theory of Fundamental Interactions: Resolution of Unsolved Problems in Physics and Mathematics within the Framework of Topodynamics on the 26 Valent Cubic Lattice Oₕ

Key Points

This work aims to resolve major unsolved problems in physics and mathematics using a unified geometrical approach.
Utilized a parameter-free approach based on the geometry of the 26-valent cubic lattice.
Addressed multiple fundamental problems using the framework of topodynamics.
Resolved the hierarchy problem, dark matter, and dark energy with a unified theory.
Provided solutions to the measurement problem and the black hole information paradox.
Addressed all seven Millennium Prize Problems through geometrical principles.

Abstract

This work presents a complete, parameter‑free resolution of fundamental problems in physics and mathematics, including the hierarchy problem, dark matter and dark energy, the measurement problem, the black hole information paradox, the arrow of time, and all seven Millennium Prize Problems. All results are derived from the geometry of the 26‑valent cubic lattice without adjustable parameters.

From Discrete Geometry to a Unified Theory of Fundamental Interactions: Resolution of Unsolved Problems in Physics and Mathematics within the Framework of Topodynamics on the 26 Valent Cubic Lattice Oₕ

Key Points

Abstract

Cite This Study

Also Consider

Also Consider