What question did this study set out to answer?

To investigate the applications of POLIS V12 in physical and chemical sciences, including medical fields.

May 15, 2026Open Access

POLIS V12 – Physical and Chemical Sciences: Chemistry, Nuclear Physics, Other Sciences and Medical Applications

Key Points

To investigate the applications of POLIS V12 in physical and chemical sciences, including medical fields.
Collected data on applications across chemistry and nuclear physics.
Analyzed the tensional closure condition in different systems, ranging from atomic to clinical scales.
Examined operational phases and reorganizational dynamics of these systems.
All systems adhered to the tensional closure condition, revealing a common operational principle.
Phase 4 was maintained across examined systems, indicating stable reorganizational behavior.

Abstract

This Zenodo record collects POLIS V12 applications to physical and chemical sciences, including chemistry, nuclear physics, and other physical domains, together with medical applications. All systems – from atoms to cells to clinical diagnostics – obey the tensional closure condition: epsilon = sum Kₘ (2 + Kₘ) = 0 where Kₘ = (vₘ - T) / (vₘax - T) and T = Kₘin is the tensional origin. All real systems operate in Phase 4 (IDT* = epsilon/ (1+epsilon) ≈ 0. 85), continuously reorganising.

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