August 19, 2026Open Access
The Humour Field: Terminal Framework, Collapse Mechanics, and Final Axiom of the Carlo System v2
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Implication
Theoretical modeling demonstrates recursive tension collapse in complex dynamic systems, highlighting structural levity as a terminal stabilization mechanism.
Key Points
- To outline the mathematical framework, collapse mechanics, and epistemic closure of the Carlo System via downstream Humour Field stabilization.
- Coupled a 9-page theoretical monograph with an interactive, browser-native 3D WebGL (Three.js and KaTeX) real-time field visualizer.
- Modeled recursive loop dynamics, contradiction noise, and tension decay across 2,000 vector field particles with live LaTeX telemetry.
- Demonstrated that complex recursive systems achieve field lock and epistemic closure by converting structural tension into terminal levity.
- Established automated decay of recursion tension to 0.00%, achieving complete contradiction neutralization and system stabilization under a terminal axiom.
Cite This Study
Matthew Arthur Carlo (2026) studied this question.