Abualnaja, F., He, W., Jones, M. and Durrani, Z. (2022) Device Fabrication for Investigating Maxwell’s Demon at Room-Temperature Using Double Quantum Dot Transistors in Silicon. Micro and Nano Engineering, 14, Article 100114.
https://doi.org/10.1016/j.mne.2022.100114

has been cited by the following article:

• TITLE: The Method of Thermomechanical Dynamics (TMD) and the Application to the Concept of Maxwell’s Demon

  AUTHORS: Hiroshi Uechi, Lisa Uechi, Schun Toma Uechi

  KEYWORDS: Thermomechanical Dynamics (TMD), Maxwell’s Demon, Measure for Nonequilibrium Irreversible States, Homeostatic Equilibrium, Thermodynamic Time and Mechanical Clock Time

  JOURNAL NAME: Journal of Applied Mathematics and Physics, Vol.14 No.5, May 18, 2026

  ABSTRACT: The method of thermomechanical dynamics (TMD) has successfully explained mechanisms of heat engines and heat-energy flows, time-dependent physical quantities and the phase transition from thermodynamic equilibrium to nonequilibrium irreversible states (NISs). In the current paper, the TMD is applied to study the physical meaning and mathematical expression of Maxwell’s demon. The analysis results in the extension of the traditional, disordered, static thermodynamic equilibrium to accommodate stable, structured and closed nonequilibrium thermodynamic systems. The new image of thermodynamic equilibrium is termed as the homeostatic equilibrium, which shall be an appropriate foundation for nonequilibrium irreversible dynamics of the thermal, macroscopic world. The interrelated fundamental problems, such as the concept of time and causality, the thermodynamic time and the mechanical clock time are discussed in detail by the method of TMD.