Boltzmann's Constant as Thermal-Access Stiffness: A Parameter-Free QTT Derivation of the Role and Uniqueness of kBk_B kB from Dimensionless Address-Counting Entropy and the UEL Energy Cell

Ali Attar

doi:10.5281/zenodo.20392297

May 26, 2026Open Access

Boltzmann's Constant as Thermal-Access Stiffness: A Parameter-Free QTT Derivation of the Role and Uniqueness of kBk_B kB from Dimensionless Address-Counting Entropy and the UEL Energy Cell

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Key Points

This research explores the function of Boltzmann's constant in thermal-access stiffness and its role in connecting entropy to energy measurements.
Derived theoretical framework linking Boltzmann's constant with dimensionless address-count entropy.
Examined interactions of thermal observables with Boltzmann's constant.
Boltzmann's constant uniquely converts address-count entropy into energy-per-kelvin.
All seven thermal observables were shown to share Boltzmann's constant as a common parameter.
Establishment of a parameter-free model reinforcing the significance of Boltzmann's constant in thermal dynamics.

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Implication

Theory demonstrates the unique role of Boltzmann's constant in translating entropy into thermal energy language, highlighting its universal significance.

Abstract

Boltzmann’s constant is the thermal-access stiffness: the unique scalar convert-ing the universe’s dimensionless address-count entropy into the laboratory’senergy-per-kelvin language, with all seven thermal observables of the corpusforced to share it.

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Ali Attar (2026) studied this question.

synapsesocial.com/papers/6a17ddab3fad632b0f9da6db https://doi.org/10.5281/zenodo.20392297

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Boltzmann's Constant as Thermal-Access Stiffness: A Parameter-Free QTT Derivation of the Role and Uniqueness of kBk_B kB from Dimensionless Address-Counting Entropy and the UEL Energy Cell

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Abstract

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Cite This Study

Boltzmann's Constant as Thermal-Access Stiffness: A Parameter-Free QTT Derivation of the Role and Uniqueness of kBk_B kB from Dimensionless Address-Counting Entropy and the UEL Energy Cell

Key Points

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