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Quantum Engines Uncover Potential Energy in Waste Heat

19 Ağustos 2026Science Daily

Researchers from the University of Basel have created a theoretical framework for tiny quantum engines made from an atom and light particles. This framework addresses the complex question of what constitutes heat and the potential for energy to perform useful work.
These microscopic 'light engines' bridge the gap between quantum physics and thermodynamics, highlighting the intricacies of energy transformation at the quantum level.
The intersection of quantum mechanics and thermodynamics has long posed challenges for scientists. As energy demands increase globally, finding innovative ways to harness and utilize energy, especially from waste heat, becomes crucial.
The development of this theoretical framework is significant as it challenges traditional notions of heat and energy. By exploring the potential of quantum engines, researchers are not only advancing our understanding of thermodynamics but also opening avenues for more efficient energy utilization.

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