E = M = I: Energy Differential as Ontological Ground -- On the Physical Cost of Distinction and the Unity of Energy,Matter,and Information

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Authors: Yunjing Chen
Cited by: 6

Abstract

Wheeler's 'It from Bit' places information at the base of physical reality. But Landauer's principle shows that erasing one bit costs kT ln2 joules. If information is primitive, what pays this cost?This asymmetry is the starting point of the present paper. I argue that the energy differential Delta E is the appropriate ontological primitive, because Delta E is the only quantity that is both universal and physically accessible. From this I derive a unified definition of information: information is any distinction that produces physical effects. Every physically real distinction is co-constituted with Delta E (Landauer, Casimir), and every Delta E != 0 constitutes a distinction between physical states. The definition generates three layers in a spiral recursive structure: I_1 (distinction = Delta E, physical layer, nodes 1-3),I_2 (stable distinction = matter, structural layer, nodes 4-6),and I_3 (encoded transmissible distinction, conceptual layer,nodes 7-9). The nine nodes are not independent proofs of E=M=I-- each node is an instantiation of E=M=I at its own scale.The ontological order Delta E -> M -> I_3 resolves the apparent conflict between Wheeler (information-first) and Aristotle (matter-first) frameworks. Three falsifiable predictions are identified and limitations are discussed explicitly. Version 2.0: Spiral Recursive Framework.

Fields of Study & Subjects

Chaos Complexity and Education Embodied and Extended Cognition Quantum Mechanics and Applications

Publication details

Journal / source
OSF Preprints (OSF Preprints)
Publication date
28 May 2026
Language
EN
Document type
Preprint