V. E. House is a scientist, engineer, and systems thinker trained in physical chemistry. His professional work has spanned energy systems, materials performance, and the design of processes that must remain reliable under sustained operational stress.
Over decades of working with systems under pressure, a recurring pattern became hard to ignore: failures that seemed sudden were almost always the visible endpoint of a long, quiet process in which corrective feedback had fallen behind structural erosion. The same dynamics appeared in physical infrastructure, in organisations, in biological systems, and in people.
The question became: is there a single formal condition that governs whether a feedback-maintained pattern persists or collapses?
The Framework
Chronodynamics is the answer to that question. The framework is organised around a dimensionless persistence number Π — the ratio of dissipation time to feedback time — and a theorem, proved using Freidlin–Wentzell large-deviations theory, that connects this ratio to exponential lifetime scaling. A chronodynamic dominance condition identifies when the timescale balance is the binding constraint on persistence, and a failure taxonomy classifies the ways structures can fail even when Π > 1.
The formal results are presented in a companion paper. The framework is developed across all scales of physical organisation — from atoms and stars through prebiotic chemistry, evolution, and ecosystems to neural prediction and the economics of complexity — in a technical monograph. Its implications for the origin of life are explored in a popular science book, and its applications to human experience are developed in a third volume.
The Project
The Chronodynamics project consists of four pieces, each aimed at a different audience:
A formal paper grounding the persistence theorem in established large-deviations theory. A comprehensive technical monograph following the inequality from atoms to consciousness. A popular science book arguing that natural selection did not begin with life. And an applied book translating the framework into the language of bodies, habits, institutions, stress, and everyday persistence.
Together they form a single argument developed at different depths for different readers: that persistence in a dissipative universe is governed by a temporal inequality, and that this inequality — once you see it — is visible everywhere.