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A Probabilistic Risk Assessment Framework for Human Energy Flow Systems

Energy Accessibility, Control, and Failure in the Human Body

Lev Neymotin

From the essay

This paper proposes a general theoretical framework for understanding the human body as a distributed energy system that can be analyzed using the logic of Probabilistic Risk Assessment. Instead of treating physiology primarily as a collection of organs, pathways, and isolated regulatory mechanisms, the present model treats the body as a dynamic energy network in which intake, transport, storage, conversion, allocation, and utilization must remain sufficiently coordinated for normal function to be sustained.

Adapted from PDF pages 1.

physicsengineeringenergyproduct designartificial intelligencehuman-AI collaboration

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This collection contains 352 selected essays, research papers, proposals, and supporting documents—with or without podcasts. Introductions draw closely from the PDFs’ preambles, executive summaries, openings, and conclusions. Passages may be shortened and joined; they are close adaptations, not necessarily continuous quotations. They express the source authors’ positions, not independent verification of every claim. Contributed material is attributed separately where identifiable.

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