GTUD Core Definitions: Δθ, Information, Self-Mirroring Energy E², and the Invariant G = E²(Δθ)² - Grand Theory of Universal Dynamics

This paper fixes the core GTUD primitives and constraints in a top-down ontological monism. It is a definition paper. The primitive is rotational displacement Δθ. Information is a function of rotation: I = f(Δθ). Energy is a manifestation of informational structure: E = g(I), with E ∝ I as the minimal statement of dependence. The symbol E² denotes a self-mirroring energy functional (not mainstream energy squared and not a domain proxy). The invariant is G = E²(Δθ)². Empirical results may only act as pressure on this fixed structure via domain projections. They may not redefine the primitives. These are core definitions, not derived results. Unknown thresholds and selection rules are intentionally left open at the TOE level and are deferred to constraints and empirical pressure.

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Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2026-06-28
DOI
https://doi.org/10.5281/zenodo.21010748
Primary Topic
Quantum Mechanics and Applications
Type
article
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article

GTUD Core Definitions: Δθ, Information, Self-Mirroring Energy E², and the Invariant G = E²(Δθ)² - Grand Theory of Universal Dynamics

Alfred Frederik Slot
Zenodo (CERN European Organization for Nuclear Research)
Quantum Mechanics and Applications
article

GTUD Core Definitions: Δθ, Information, Self-Mirroring Energy E², and the Invariant G = E²(Δθ)² - Grand Theory of Universal Dynamics

Alfred Frederik Slot
article en

Abstract

This paper fixes the core GTUD primitives and constraints in a top-down ontological monism. It is a definition paper. The primitive is rotational displacement Δθ. Information is a function of rotation: I = f(Δθ). Energy is a manifestation of informational structure: E = g(I), with E ∝ I as the minimal statement of dependence. The symbol E² denotes a self-mirroring energy functional (not mainstream energy squared and not a domain proxy). The invariant is G = E²(Δθ)². Empirical results may only act as pressure on this fixed structure via domain projections. They may not redefine the primitives. These are core definitions, not derived results. Unknown thresholds and selection rules are intentionally left open at the TOE level and are deferred to constraints and empirical pressure.

Zenodo (CERN European Organization for Nuclear Research)
Center for Open Science (US)
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Quantum Mechanics and Applications
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