What question did this study set out to answer?

This work aims to refine the Rotational Substrate Field Theory by deriving physical constants from first principles.

April 25, 20260 citationsOpen Access

General RSFT Version 10.5.2 Iteration 4

Key Points

This work aims to refine the Rotational Substrate Field Theory by deriving physical constants from first principles.
Introduced the theoretical framework of RSFT using substrate pressure wave speed and electron mass.
Derived the three-loop beta function and a geometric proof of the spin-statistics theorem.
Identified dark matter as quasi-particle excitations and described photons as longitudinal acoustic phonons.
Successfully derived the electron g-factor using Clifford torus geometry.
Addressed the hierarchy problem and provided a framework for understanding the cosmological constant bbb.
Identified open problems, including the exact proton mass and full resolution of the fine-structure constant.

Abstract

This document, titled RSFT-Unified Coherent Edition v4, authored by Anthony James Bell and dated April 16, 2026, presents the latest iteration of Rotational Substrate Field Theory (RSFT). RSFT is a theoretical framework that attempts to derive all physical constants and laws from first principles, specifically using only two primitive constants: the substrate pressure wave speed c and the electron mass mₑ. The theory posits that the universe's foundation is an infinite field of "sub-Planck touching points" (the substrate). A subset of this substrate spontaneously organizes into a Face-Centered Cubic (FCC) lattice, while the remainder (Bell's Medium) acts as a "Dark Ocean". The document details several major advancements in version 4, including the derivation of the three-loop beta function, a geometric proof of the spin-statistics theorem using Hopf fibration, and the exact derivation of the electron g-factor from Clifford torus geometry. Notably, RSFT identifies Dark Matter as quasi-particle excitations of Bell's Medium and explains photons as longitudinal acoustic phonons of the FCC lattice. While the theory claims to resolve the 10^45 hierarchy problem and derive the cosmological constant, several "Open Problems" remain, such as the exact proton mass (Open Problem O2) and the full resolution of the fine-structure constant (Open Problem O1).

اسأل الذكاء الاصطناعي

Bookmark

View Full Paper