Life as an Extension of the Planet: The Early Earth as a Thermodynamic Oscillator and Mechanical Dissipation in Prebiotic Abiogenesis

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Authors

Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2026-09-16
DOI
https://doi.org/10.5281/zenodo.22789419
Primary Topic
Origins and Evolution of Life
Type
preprint
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preprint

Life as an Extension of the Planet: The Early Earth as a Thermodynamic Oscillator and Mechanical Dissipation in Prebiotic Abiogenesis

Peter Mikuláš
Zenodo (CERN European Organization for Nuclear Research)
Origins and Evolution of Life
preprint

Life as an Extension of the Planet: The Early Earth as a Thermodynamic Oscillator and Mechanical Dissipation in Prebiotic Abiogenesis

Peter Mikuláš
preprint en

Abstract

Bridging the gap between inanimate matter and the first autonomous cellular life forms remains one of science's premier challenges. This work proposes a paradigm shift in prebiotic abiogenesis, transitioning from a static geochemical environment to a dynamic model driven by the geodynamical oscillations of the Hadean Earth (). While static laboratory setups face a strict physical bottleneck due to rapid osmotic equilibration, our hypothesis frames protocells as a direct extension of planetary dissipative structures. Utilizing Ilya Prigogine’s framework of non-equilibrium thermodynamics and the Maximum Entropy Production Principle (MEPP), we demonstrate that early amphiphilic vesicles operated as paleophysical sensors, responding directly to the planet's mechanical pulses. We model the structural tension of primitive membranes subjected to periodic shear stress () using ordinary differential equations (). The results demonstrate the existence of a strict resonance window where the planetary forcing frequency () correlates with the intrinsic mechanical relaxation time of the bilayer (τ). Outside this resonance, systems either undergo destructive dissolution (high-frequency regime) or collapse into a thermodynamically dead state of equilibrium (low-frequency regime). Within the resonance window, however, the system exhibits rhythmic micro-fissure opening, efficient polymerization inside a "molecular trap," and subsequent controlled mechanical fission according to the Szostak regime. This mathematical framework is successfully mapped onto three verified geological processes of the early Earth: low-frequency Hadean tidal megacycles driven by lunar proximity (T ≈ 3.5 hours), medium-frequency hydrodynamic pulses from radiogenic hydrothermal geysers (T ≈ 15 minutes), and high-frequency pressure micro-pulses in tectonic faults. Our simulations confirm that this self-organizing protocell cycle dissipates planetary mechanical energy into the environment exponentially faster than a chaotic, non-organized chemical soup (). We present indirect evidence that the rhythmic dissipation of Earth's internal energy was the primary physical driver that shaped the first living systems through frequency selection, catalyzing the transition from geological mechanics to autonomous biological homeostasis.

Zenodo (CERN European Organization for Nuclear Research)
Origins and Evolution of Life
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