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February 25, 20260 citationsOpen Access

HEI: The Biophysics of an Economic Bubble

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ABALIBEK BEKZHIGITOV

Key Points

  • The aim is to understand economic bubbles through thermodynamic principles and their impact on demographics.
  • Mathematical modeling using thermodynamic laws
  • Introduction of the Equation of Family Burnout
  • Analysis of systemic resistance in economies
  • Demonstration of boundary conditions for the model
  • Identified the relationship between economic systems and demographic collapse
  • Showed that modern economies lead to higher rates of burnout and lower fertility
  • Demonstrated that financial crises reflect thermodynamic failures over the last 50 years

Abstract

Economists typically view financial bubbles through the lens of prices, interest rates, and in-flation. However, an economy is fundamentally a biological and thermodynamic system. Byapplying the Joule-Lenz Law of thermodynamics (Q = I2Rt) and the formula for electricalcharge (q = It), this paper mathematically models why modern fiat economies physicallydestroy their populations. We introduce the Equation of Family Burnout (Q = q · I · R) todemonstrate that modern demographic collapse (falling fertility and workforce burnout) isnot a cultural shift, but a mechanical, thermodynamic safety response to infinite systemicresistance. Furthermore, we outline the boundary conditions of this model and demonstratehow the last 50 years of financial crises are empirical manifestations of thermodynamicmeltdowns.

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Cite This Study

ALIBEK BEKZHIGITOV (2026) studied this question.

synapsesocial.com/papers/699e912ef5123be5ed04e901https://doi.org/10.5281/zenodo.18746700
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