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The central aim is to provide a fundamental explanation of thermodynamics through the Quantum Ψ Field framework.

July 13, 2026Open Access

Quantum Ψ Field Thermodynamics: A Unified Theory from Quantum Ψ Field Density to Temperature, Entropy, and Cosmic Background Radiation

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This theoretical framework demonstrates a unified understanding of temperature and entropy, highlighting implications for cosmic phenomena.

The central aim is to provide a fundamental explanation of thermodynamics through the Quantum Ψ Field framework.
Developed a theoretical model based on Quantum Ψ Field axioms.
Derived the Second Law of Thermodynamics from polaron diffusion.
Established predictive laws related to gas properties and cosmic microwave background radiation.
Temperature defined as T = k_T · ρ/m, illustrating its dependence on polaron characteristics.
Predicted molar volume V_m ≈ 8.5 L/mol on Mars, differing from Earth-based values.
Unified scaling law for thermal expansion applicable across various materials, confirming its extensive scope.

卫星梁 (2026) studied this question.

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July 13, 2026Open Access

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Authors

This theoretical framework demonstrates a unified understanding of temperature and entropy, highlighting implications for cosmic phenomena.

The central aim is to provide a fundamental explanation of thermodynamics through the Quantum Ψ Field framework.
Developed a theoretical model based on Quantum Ψ Field axioms.
Derived the Second Law of Thermodynamics from polaron diffusion.
Established predictive laws related to gas properties and cosmic microwave background radiation.
Temperature defined as T = k_T · ρ/m, illustrating its dependence on polaron characteristics.
Predicted molar volume V_m ≈ 8.5 L/mol on Mars, differing from Earth-based values.
Unified scaling law for thermal expansion applicable across various materials, confirming its extensive scope.

卫星梁 (2026) studied this question.

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