Research
We present our further research results in the form of pdf articles and preprints in the Research section. All content published by us is in the Public Domain: All articles are available for unrestricted, anonymous scientific use (non-commercial). They are provided "as is" without warranty. The content is subject to change without prior notice. We kindly request that the articles pubished here to be attributed as the ideas and theoretical framework developed by the Omni-Coherence Research Group.
Currently published
Global Entropic Consistency Principle (GEC)
(v.1)
We formalize GEC within UTHC. Reality is a finite informational whole with a finite horizon and a minimal scale, whose global entropy is constant. Local physical processes are compensating redistributions of information such that ΔStotal = 0.
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How the General Theory of the Coherence Field (GTCF) Resolves the Schrodinger’s Cat Paradox
Traditional explanations either invoke an unexplained “collapse of the wave function” or posit parallel branches of reality (many-worlds interpretation). The General Theory of the Coherence Field (GTCF), developed by the Omni-Coherence Research Group, offers an elegant and objective resolution that requires neither observers nor additional universes.
Open PDF ◈General Theory of the Coherence Field (GTCF)
A Unified Framework for Galactic and Cosmological Gravity
The General Theory of the Coherence Field (GTCF) is a covariant gravitational framework that reproduces MOND-like dynamics in galaxies, preserves General Relativity (GR) at linear order, and generates dark energy without a cosmological constant. This document summarizes the theoretical structure, observational tests, and provides technical FAQs for physicists and reviewers.
Open PDF ◈Testing the General Theory of the Coherence Field (GTCF)
Comprehensive Scientific Verification Protocol
This document presents a complete observational testing protocol for the General Theory of the Coherence Field (GTCF). The protocol includes galactic dynamics, background cosmology, and the growth of cosmic structure. All results are obtained from direct numerical fits to observational datasets, using the theoretical predictions of GTCF without phenomenological modifications.
Open PDF ◈Scientific Truth as Coherent Verification with Reality
Scientific truth is often treated as absolute or final. In scientific practice, however, truth emerges as a dynamic and evolving coherence between theoretical description and observable reality.
Open PDF ◈GTCF Notes: Emergent Quantum Layer from the Coherence Field Framework
These notes derive the linear, quantizable fluctuation sector that can emerge from the quartic GTCF local structure when combined with (i) a coherence pixel (covariant smoothing) and (ii) a cosmological (FRW) background fixed by the global coherence dynamics. We do not claim an axiomatic derivation of all interpretational postulates of quantum mechanics (e.g. Born rule as a theorem) unless explicitly stated.
Open PDF ◈Foundations of the Coherence Field Framework (GTCF)
These notes outline the minimal conceptual foundation of the Coherence Field Framework (GTCF). They do not constitute a complete physical theory. Their purpose is to clarify the structural basis from which the framework emerges and to provide a coherent ground for its mathematical formulation.
Open PDF ◈GTCF Manifesto v1.1
Unified Scaling of the Coherence Field (ϕ) SPARC Database Verification + Radial Scalar Formalism
General Theory of the Coherent Field (GTCF) proposes gravity as emergent property of spacetime conformal coupling with radial scalar acceleration.
Open PDF ◈Regime-dependent field coherence in galaxy dynamics v1
We investigate galaxy dynamics within a nonlinear field framework characterized by a global acceleration scale and a regime-dependent coherence property. The nonlinear field framework explored here, referred to as CoFiT within the broader GTCF program, has been developed independently by the Omni-Coherence Research Group. Using the SPARC database, we first determine a universal acceleration scale from the radial acceleration relation (RAR). We then confront the same framework with individual galaxy rotation curves, introducing a single additional parameter that quantifies partial loss of field coherence in the deep low-acceleration regime.
Open PDF ◈Emergent Cosmological Constant from Infrared Entanglement Equilibrium v5
We present a self-contained infrared resolution of the cosmological constant problem. The cosmological constant is shown to be an emergent, IR-determined quantity fixed by an entanglementbased consistency condition on a finite causal diamond. Vacuum energy cancels identically in the modular energy, eliminating radiative instability without modifying Einstein’s equations.
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