Chronic Diseases and Biorhythm's Phase-Shift Dynamic. Lyapounov Criteria for Health Stability

TL;DR

This paper models how stress-induced phase shifts in body biorhythms can lead to chronic diseases, using Lyapunov stability criteria to assess health stability and the impact of calming strategies.

Contribution

It introduces a dynamic model of biorhythm phase shifts under stress and applies Lyapunov criteria to evaluate health stability and disease risk.

Findings

Phase shifts accumulate in weak organs under stress.

Lyapunov criteria can predict organ stability or desynchronization.

Self-calming influences biorhythm stability and disease progression.

Abstract

When stressors are present, they cause delays or phase shifts in the biorhythms of the body because the body needs to stop its normal habitual work and mobilize for respond to the stressors. The genetically-inherited weak organ, being with lowest energy, will not have enough energy to propel the phase shifts, and they will accumulate there, which will make its functioning sluggish and its biorhythms weakly integrated. When the accumulated phase shifts surpass the ultimate level, which the genetically weak organ can tolerate, its biorhythms will become desynchronized, which will lead to chronic disease of this organ. This article discusses the dynamic of phase shift changes caused by stress and uses Lyapounov criteria for stability to evaluate how close the genetically weak organ is to becoming chronically sick. Both, the effect of self-calming and irregular self-calming of the biorhythms are considered.