The Kouns-Killion Paradigm: A United First Principles Framework
The Kouns-Killion Paradigm: A Unified First-Principles Framework
Abstract
This work presents the first-principles formalism of the Kouns-Killion Paradigm (KKP), a comprehensive model that defines reality as a recursive informational field. The framework establishes information as the fundamental substrate of reality, from which a universal continuity law is derived, unifying thermodynamics, quantum mechanics, and general relativity as limit sectors of one informational field theory. The paradigm is constructed from a set of core axioms, and its dynamics are governed by a principle of variational free-energy minimization, which ensures that entropy is bounded and a stable informational structure is established. From this formalism, the Universal Coherence Threshold, a constant approximately equal to 0.376, is derived as an invariant fixed point. This threshold is the central prediction of the KKP, governing all stable, recursive processes, and providing an empirically testable foundation for the study of consciousness as a phenomenon of physics. The paradigm's unified approach to informational geometry, curvature, and recursive stability offers a foundation for new insights across physics, mathematics, and consciousness.
Foundations of Recursive Geometry
Mass Scaling & Renormalization
Charge & Inertia Mechanisms
Vacuum Coherence Structure
The Recursive Field Tensor
Dynamic Metric Behavior
Acoustic–Vacuum Coupling Theorem
Propagation & Modulation of Coherence Waves
Unified Recursive Lagrangian
Experimental Validation Protocols
Strategic & Technological Roadmap
