What question did this study set out to answer?

The aim is to explore the connection between signal jams in neural architectures and their physiological consequences in thermal dynamics.

April 10, 2026Open Access

HLRP #142: Thermal Coupling Catastrophe — Geometric Coupling Theory

Key Points

The aim is to explore the connection between signal jams in neural architectures and their physiological consequences in thermal dynamics.
Extended the neurodegenerative routing architecture framework into thermal dynamics
Investigated the impact of thermodynamic byproducts due to signal jams
Analyzed feedback cascades involving physiological and evolutionary effects
Signal jams lead to heat production within relay architectures
Heat contributes to pathological scarring in biological systems
Thermodynamic feedback influences evolutionary selection pressures over time

Abstract

This paper extends the neurodegenerative routing architecture (HLRP #141) into thermal dynamics. We establish that signal jams in the relay architecture produce heat as a thermodynamic byproduct, creating a feedback cascade that drives both pathological scarring and evolutionary selection pressures across biological timescales.

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James E. Dunn

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Oldham Council

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HLRP #142: Thermal Coupling Catastrophe — Geometric Coupling Theory

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Abstract

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