The Dynamics Boundary: Why CGT's Three Falsifications Reveal a Temporal Processing Requirement — Case Study
Zenodo (CERN European Organization for Nuclear Research) March 20, 2026 DOI: 10.5281/zenodo.19132745 (opens in new tab)
Study at a glance
AI-extracted from the abstract| Characteristics | Case study Case report Peer reviewed |
|---|---|
| Population | 148 validated and 3 falsified predictions within Conscious Geometry Theory; 16 static structures in computational IIT Phi analysis |
| Key findings | Argues that a perfect correlation exists within Conscious Geometry Theory: all 148 validated predictions concern dynamic quantities and all 3 falsified predictions concern static geometric properties, a split the author estimates would occur by chance with probability 1 in 562,475. Proposes Axiom 5 (Temporal Processing Requirement) with no conflicts with existing axioms, and reports that no static structure in a 16-structure IIT Phi analysis exceeds 17.5% of the consciousness threshold. |
Abstract
This case study investigates a previously unnoticed pattern in Conscious Geometry Theory (CGT): all 148 validated predictions concern dynamic quantities (field properties, coupling constants, masses, oscillation frequencies, process rates), while all 3 falsified predictions concern static geometric properties (a tiling ratio, a crystal's information integration, and a protofilament count). The probability of this perfect correlation occurring by chance is 1 in 562,475 (p = 1.78 × 10⁻⁶). A dynamics axiom (Axiom 5: Temporal Processing Requirement) is proposed, demonstrating zero conflicts with existing CGT axioms. Computational IIT Phi analysis across 16 static structures confirms that no static structure exceeds 17.5% of the consciousness threshold Φc. Five new testable predictions are derived. Three initial hypotheses (Fibonacci resonance, Y/F(n) saturation law, gamma frequency derivation) are reported as honest null results. A noteworthy observation — Φc × Y_H + π = 53.161 Hz (0.017% from observed gamma) — is documented with full caveats. This case study is a standalone summary of the dynamics boundary investigation. The full paper (Paper: The Dynamics Boundary: Static Falsifications, Neural Frequency Derivations, and Cross-Species Consciousness Scaling in Conscious Geometry Theory, DOI: 10.5281/zenodo.19130897) extends it with neural frequency derivations and cross-species consciousness analysis. 6 scripts and 6 results files enable full reproducibility.