What question did this study set out to answer?

The study aims to derive a formula for space informed by mass-energy principles and self-referential logic.

March 14, 20260 citationsOpen Access

Space Generation Formula: A Unified Derivation from Mass-Energy Equivalence to Self-Referential Cosmology

Key Points

The study aims to derive a formula for space informed by mass-energy principles and self-referential logic.
Derivation of the Space Generation Formula from Einstein's mass-energy equivalence principle.
Utilization of dimensional analysis to support the framework.
Reconstruction of self-referential logic to redefine space.
Redefines space as a dynamically generated variable influenced by energy, time, and mass.
Establishes a mathematical foundation for self-referential hierarchical cosmology.
Proposes an explanatory framework that integrates both microscopic neutrino behavior and cosmic expansion.

Abstract

Space Generation Formula: A Unified Derivation from Mass-Energy Equivalence to Self-Referential Cosmology This paper derives the Space Generation Formula starting from Einstein's mass-energy equivalence principle. Through dimensional analysis and reconstruction of self-referential logic, it redefines space as a dynamically generated variable shaped by energy, time, and mass. This work provides a core mathematical anchor for self-referential hierarchical cosmology, removes the dependence of traditional cosmology on dark energy, and builds a unified explanatory framework that links the microscopic behavior of neutrinos to the macroscopic phenomenon of cosmic expansion.

Ask AI

Helpful

Bookmark

View Full Paper