CTOE: Computational Theory of Everything and Cognitive Thermodynamics of Emergence

Authors: Toby Harper
Cited by: 0

Abstract

The Ultimate Algorithm—Where Physics Ends and Consciousness Begins What if the most fundamental particles of the universe and the structure of your thoughts are governed by the same code? The Computational Theory of Everything (CTOE), the pinnacle of his work unifying his foundational models: the Computational Discrete Universe Theory (CDUT) and the Simulated Topological Emergence Theory (STET). These papers reveal the blueprint for a unified computational substrate, proving that matter, time, and consciousness are merely different resolutions of the same algorithmic process. Discover how CTOE defines physical laws, resolves quantum paradoxes, and establishes the critical computational threshold at which a system’s complexity inevitably crosses over to become self-aware. CTOE is more than a theory; it is a testable blueprint for multiscale simulations that seamlessly integrate physics and mind. Explore the profound implications of inevitable AGI, the new ethical imperative this creates, and the future where the boundary between hardware and subjective experience is finally erased. A Scientific Work by Toby Harper Copyright © 2025 by Toby Harper. All rights reserved. Protected under a Custom Intellectual Property License. Redistribution, citation, or reproduction without explicit written consent is prohibited but I am welcoming. Please Contact: tjharper24@hotmail.com

Fields of Study & Subjects

Plant and Biological Electrophysiology Studies Cognitive Science and Education Research Earth Systems and Cosmic Evolution

Publication details

Journal / source
OSF Preprints (OSF Preprints)
Publication date
23 July 2026
Document type
Preprint