Quantum-process thermodynamics

In quantum process thermodynamics (QPT), interactions are described in terms of energy transfer, even at the quantum level. Properties such as the momentum or the volume of an arbitrary object (particle, body, system, etc.) change through acting processes with energy transfer. The foundations for the QPT were laid in the years 2023–2026 [1–9].

1. G. Kalies, D.D. Do, C. Breitkopf: Work versus force. Simultaneous processes for describing interaction, Adv. Phys. Res. (Wiley), accepted (3/2026)
2. G. Kalies, D.D. Do, C. Breitkopf, AIP Advances 16, 025255, 1–16 (2026)
3. G. Kalies, D.D. Do, AIP Advances 15, 025226, 1–13 (2025)
4. G. Kalies, D.D. Do, AIP Advances 14, 115255, 1–16 (2024)
5. G. Kalies, D.D. Do, AIP Advances 14, 015214, 1–17 (2024)
6. G. Kalies, D.D. Do, AIP Advances 13, 095126, 1–16 (2023)
7. G. Kalies, D.D. Do, AIP Advances 13, 095322, 1–11 (2023)
8. G. Kalies, D.D. Do, S. Arnrich, AIP Advances 13, 055317, 1–12 (2023)
9. G. Kalies, D.D. Do, AIP Advances 13, 065121, 1–14 (2023)