The full body of CEI SYSTEMS research, from foundational theory to applied technology. Papers are released progressively. Registered readers are notified by email as each preprint becomes available.
A general theory of adaptive systems, developed as a field theory with its own action, conserved quantities and dynamics. The axiom from which the entire body of work is derived.
Establishes the physical meaning of the framework, deriving the relationship between temporal and energetic rates as a conserved quantity. Connects quantum mechanics, relativity and thermodynamics through a single relation.
A complete reformulation of spacetime and gravity in which the Einstein field equations emerge as a limiting case. Resolves the singularities that break classical general relativity, treating them as phase transitions rather than infinities.
Reframes the speed of light as an emergent equilibrium rather than a fixed constant, and generalises mass-energy equivalence accordingly. Shows that light travels in spiral paths whose geometry governs refraction, gravitational lensing and cosmological redshift.
Companion paper to DNL. Derives the spiral path equation from first principles and presents the generalised mass-energy equivalence. Provides the mathematical foundation for the CEI-Criticality at the event horizon.
Reframes the event horizon as a local threshold rather than a global boundary. Resolves the black hole information paradox by demonstrating that information is transformed, not destroyed. Provides the quasi-local horizon condition and the modified Hawking radiation spectrum.
A general framework for how ordered systems sustain themselves against dissipation, and how that principle can be engineered into computation, energy and adaptive decision systems.
Integrates the framework with Quantised Complex POPLPR (QCP3) logic to reframe the seven classical dilemmas of cognitive neuroscience as geometric balance challenges. Includes agent-based simulation results.
Argues that the stagnation of twentieth-century physics is rooted in linear causation thinking and proposes temporal dialectical thinking as a new philosophical foundation for scientific investigation.
An apparatus and method for continuous energy extraction from the quantum vacuum, exploiting the Carrier Equilibrium Index to convert latent potential into usable electrical, thermal or mechanical output.
An energy storage apparatus that stores energy as latent potential in the quantum vacuum, with no chemical degradation, instant charge and discharge, and no rare or toxic materials.
An apparatus and method for wireless transmission of energy and information using CEI waves, enabling long-range transmission without physical medium, cables or line-of-sight.
A quantum computing architecture based on a symmetric quantum bit, dialectical quantum gates and a dialectical error correction framework that harnesses decoherence as a computational resource.
A propulsion system that generates thrust through CEI field manipulation, requiring no propellant and producing no emissions. Applicable to both atmospheric aviation and interstellar travel.
A dialectical decision framework applicable to policy making, military strategy, global economics and international relations. Reframes decision-making around balance rather than linear causality.