What question did this study set out to answer?

The aim is to explore the relationship between informational entropy and the capacity of space-time, focusing on the implications for physical phenomena.

April 22, 2026Open Access

The Universal Stability Invariant

Key Points

The aim is to explore the relationship between informational entropy and the capacity of space-time, focusing on the implications for physical phenomena.
Developed a thermodynamic and topological model for finite-capacity space-time metrics.
Quantified the dynamic ratio between localized informational entropy and inertial carrying capacity.
Analyzed the implications for phenomena like cosmic expansion and particle physics.
The findings suggest that cosmic expansion and particle interactions are responses to managing informational entropy.
The four fundamental forces are proposed as protocols for handling informational stress in the universe.
This approach emphasizes the importance of preventing localized saturation of the Bekenstein Bound.

Abstract

The Universal Stability Invariant (S_) provides a scale-invariant thermodynamicand topological framework for existence within a finite-capacity space-time metric. By quantifying the dynamic ratio between localized informational entropy andthe inertial carrying capacity of the topological substrate, this paper demonstratesthat phenomena ranging from cosmic expansion to the Standard Model of particlephysics are emergent responses to a single imperative: the prevention of localizedBekenstein Bound saturation. I propose that the four fundamental forces are logisticalsubstrate protocols designed to manage informational stress, share inertialbinding, and enforce the thermodynamic Arrow of Time.

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