NUTGEB EXTENSIONS Unified Resonance Framework for Symbolic Energy, Gravity, and Molecular Transduction
Year: 2025
Type: article
Abstract: This document constitutes the theoretical foundation and integration schema for the ex-tended symbolic framework derived from the NUTGEB and NUTGEB-Q models. Theseextensions are conceived as gravitational and chemical augmentations of the original GEB-NUT system and its chemical derivative GEBNUT-Q. The purpose is to unify symbolictransduction principles across the electromagnetic, gravitational, thermal, rheological,acoustic, biological, and chemical domains into a coherent, modular architecture.This unified resonance framework is built upon a central hypothesis: that energy, mat-ter, and structure are not isolated systems but fractally resonant expressions of symbolicfields. Gravity, rather than being a mere curvature of spacetime or passive background, isreinterpreted as an emergent field of structural tension derived from the Higgs potential,interactable via symbolic harmonics and fractal coupling.All the models within this framework—GEBNUT, GEBNUT-Q, NUTGEB, NUTGEB-Q, and TRABS—are shown to be structurally compatible and dynamically extendable viathe ΦQ-Core, a recursive photonic transduction module capable of stabilizing symbolicfield dynamics across multiple output modalities. This architecture serves as the foun-dation for a new class of quantum-resonant, non-ionizing, entropy-reversible technologiesapplicable to regenerative medicine, clean energy, field chemistry, programmable materi-als, and gravitational modulation.
Author: Fuertes Oliva, Martín
Institution: Universidad Nacional de Educación a Distancia
Language: English
Subfield: Astronomy and Astrophysics
Field: Physics and Astronomy
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W6911978650
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