CORDIS Project
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This project investigates thermodynamic uncertainty relations in quantum dot heat engines, focusing on how these relations can be broken to enhance efficiency and reliability. It aims to understand the conditions under which quantum heat engines outperform classical ones, particularly in nano-scale applications.
Recently thermodynamic uncertainty relations (TURs) were discovered in the field of stochastic thermodynamics, which fundamentally connect the efficiency, power output and reliability of any classical heat engine.
Roughly speaking, these TURs imply that any efficient heat engine operating at finite power output must suffer from diverging fluctuations in the power output, making the engine unreliable.
Surprisingly, these TURs can be broken in quantum heat engines allowing them to achieve a quantu…
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