Accounting for the minimum thermodynamic cost of regeneration in quantum Stirling cycles ensures efficiency remains below the Carnot bound but exceeds that of conventional Stirling cycles.
Phung, Thermodynamic performance of a quantum Stirling heat engine with a single particle confined in a cubic potential well, Physica A677, 130937 (2025)
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Thermodynamic Cost of Regeneration in a Quantum Stirling Cycle
Accounting for the minimum thermodynamic cost of regeneration in quantum Stirling cycles ensures efficiency remains below the Carnot bound but exceeds that of conventional Stirling cycles.