"Duality–Distinction Dynamics: Unified Theoretical Framework and Validation Architecture
Year: 2025
Type: article
Abstract: This report presents Duality–Distinction Dynamics, a unified informational framework proposing that gravity, quantum energy signatures, and long-lived structural stability arise from the energetic cost of maintaining distinctions between an Active State and a Backup State of reality. The theory introduces a duality operator, a distinction-persistence equation, and an informational contribution to the stress–energy tensor, offering a coherent mechanism for emergent gravity, anomaly formation, and cosmological structure. The work integrates: Foundational Axioms defining the Active/Backup dual-state architecture Mechanistic Derivation of informational gravity (“gravity as distinction shadow”) Distinction Persistence Equation governing informational memory and structural fossilisation Conflict-Zone Dynamics explaining planetary and astrophysical anomalies Three-Layer Simulation Suite demonstrating emergent behaviour from distinction-making Comprehensive Validation Framework testing mathematical consistency, physical plausibility, empirical compatibility, predictive power, and falsifiability The combined theory and validation architecture provide a fully testable scientific model. A key experimental prediction is the sin²(2θ) informational energy signature in superconducting transmon qubits, offering a minimal viable pathway toward empirical confirmation or falsification. This release represents the complete unified formulation of the Duality–Distinction framework, integrating theoretical foundations, computational demonstrations, and experimental test proposals.
Author: Morris, Jamie
Language: English
Subfield: Astronomy and Astrophysics
Field: Physics and Astronomy
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W7106137356
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