Endocrine Thermodynamics

A more specific subset of Hormonal Thermodynamics, focusing explicitly on the entire endocrine system as a distributed, self-regulating thermodynamic engine. It models how glands like the thyroid, adrenals, and pancreas work in concert to manage the body's energy throughput (metabolic rate), heat production (thermogenesis), and resource allocation under stress, applying principles of feedback control and energy dissipation to endocrine networks.

Example: "His paper on Endocrine Thermodynamics described the body under chronic stress as a 'heat engine stuck in a high-idle state.' The adrenal cortex and thyroid were in a positive feedback loop, burning fuel to produce stress hormones and warmth but accomplishing no useful external work, just wearing out the machinery."

Endocrine Thermodynamics by Abzugal January 30, 2026