What question did this study set out to answer?

The study aims to establish a comprehensive framework illustrating coherence as a fundamental substrate for systems.

March 21, 2026Open Access

Newton Kepler Protocol — Complete Theoretical and Experimental Framework

Key Points

The study aims to establish a comprehensive framework illustrating coherence as a fundamental substrate for systems.
Developed a five-layer theoretical and experimental framework.
Conducted a double-slit experiment using Arabidopsis thaliana tissue.
Validated computational models through independent replication.
Pre-registered Protocol 6 prior to testing.
Demonstrated coherence as a foundational substrate in various domains.
Confirmed predictions through empirical testing and simulations.
Independent replication supported initial findings.

Abstract

A five-layer theoretical and experimental framework built around a single core inversion: coherence is not a property of systems — it is the substrate within which systems exist. The suite spans philosophy (Physics Meets Mind), AI safety governance (Newton Kepler Protocol), formal mathematics (Coherence-Based Engineering), quantum physics (Quantum Coherence Interface Theory), and cosmology (Coherence as Substrate), culminating in a pre-registered empirical test (Protocol 6: a double-slit experiment with living Arabidopsis thaliana tissue as the measurement interface). Computational validation confirmed by independent replication (Grok/xAI, March 2026). All simulation code open source at github.com/mjdurkay/nkp-engine. Protocol 6 pre-registered March 17, 2026. Author: Michael Durkay, Independent Researcher, Cleveland, Ohio. mjdurkay@gmail.com

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