What question did this study set out to answer?

This research aims to present a unified framework based on tensional conservation that incorporates various fundamental aspects of existence.

June 29, 2026Open Access

POLIS V13: A Universal Tensional Conservation Theory – Unification of Matter, Energy, Information, Gravity, Light, Life, Consciousness and Cosmology

Key Points

This research aims to present a unified framework based on tensional conservation that incorporates various fundamental aspects of existence.
Development of the POLIS V13 framework from previous iterations, especially V12.
Introduction of the Tensional Disequilibrium Index to measure structural distances from equilibrium across multiple domains.
Explicit addressing of five formal objections with falsification criteria set for validation.
Establishment of a mean Tensional Disequilibrium Index of 0.854 across ten independent systems.
Formulation provides two predictive statements for future validation in 2026.
Demonstrates parameter-free universality and applicability of the theory.

Abstract

POLIS V13 is the complete formulation of the tensional conservation framework, generalising V12 while preserving all its empirical validations. The theory replaces fixed physical analogies (solid, liquid, gaseous) with neutral tensional layers identified solely by their normalised structural values KiKi. All classical categories — matter, energy, information, gravity, light, life, consciousness and cosmological structure — emerge from the same closure condition ϵ=∑miKi(2+Ki)=0ϵ=∑miKi(2+Ki)=0. The Tensional Disequilibrium Index IDT∗=ϵ/(1+ϵ)IDT∗=ϵ/(1+ϵ) measures structural distance from equilibrium. Ten independent systems across five domains yield a mean IDT∗=0.854IDT∗=0.854 (Phase 4). Five formal objections are answered with explicit falsification conditions. Two blind predictions for 2026 are stated. The theory is parameter‑free, falsifiable, and universally applicable. V12 is a strict limiting case of V13.

Read Full Paperexternally

AI से पूछें

Bookmark

View Full Paper