What question did this study set out to answer?

This research aims to establish a singular framework for understanding the fundamental constants and laws of the universe.

April 21, 2026Open Access

EGM-162: A Unified Geometric-Computational Framework for the Funda mental Constants and Laws of the Universe

Key Points

This research aims to establish a singular framework for understanding the fundamental constants and laws of the universe.
Developed a geometric-computational framework named EGM-162 using twelve integer parameters.
Utilized the Geometric Reduction Law (GRL) involving an E8 symmetry group and linked structures.
Implemented calculations involving a cyclic group over a geodesic sphere and a dodecahedron.],
Demonstrated derivation of fundamental constants from a fixed set of integers without free parameters.
Established mathematical relationships between vertex counts and dodecahedron characteristics, leading to resonance identities.
Revealed a unified structure connecting various elements of theoretical physics.

Abstract

WepresentEGM-162,ageometric-computationalframeworkthatderivesthefundamentalconstantsandlawsof the universe from a single set of twelve integer parameters, with no free constants and no parameter fitting.The foundation is the Geometric Reduction Law (GRL): the chain E8 → H4 → Z/162Z, where Z/162Z isthe cyclic group over a frequency-4 geodesic sphere with V=162 vertices and a collapse dodecahedron withFd=12 faces, linked by the resonance identity Vd⋅Fd⋅X = E = 480.

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Elias Giovanni Martin (Sun,) studied this question.

synapsesocial.com/papers/69e7143fcb99343efc98d9df https://doi.org/https://doi.org/10.5281/zenodo.19651704

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