Quantum Thermodynamics
Quantum Thermodynamics extends classical thermodynamics into the quantum regime, where quantum coherence, entanglement, and fluctuations become important. It studies energy exchange, work, heat, and entropy in microscopic quantum systems. Unlike classical systems, quantum systems can exist in superposition states, leading to new thermodynamic behavior. Quantum thermodynamics investigates the limits of energy conversion, efficiency, and irreversibility at the quantum scale. It is essential for understanding nanoscale engines, quantum refrigerators, and information-driven thermodynamic processes. This field also explores the relationship between information and entropy in quantum systems. Quantum thermodynamics provides fundamental insight into nonequilibrium processes and helps design efficient quantum technologies, linking statistical physics, information theory, and quantum mechanics.
Thomas F Ramos
Lawrence Livermore National Laboratory, United States
Ephraim Suhir
Portland State University, United States
Alexander Unzicker
Pestalozzi Gymnasium Munchen, Germany
Thomas J Webster
Brown University, United States
Jon H Brasher
Stelleo Scientific Foundation, United States
Jason Liu
West Windsor-Plainsboro High School North, United States
Tom Lawrence
Ronin Institute of Independent Scholarship 2.0, United KingdomSubmit your abstract Today
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Vladimir Chigrinov, Hong Kong University of Science and Technology, Hong Kong
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Thomas J Webster, Brown University, United States
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Thomas F Ramos, Lawrence Livermore National Laboratory, United States
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Omar Mohammed Daud Shakarneh, Novosibirsk State University of Architecture and Civil Engineering, Russian Federation
Title : Global photochemical model CHARM-DE of the Earth’s atmosphere for altitudes 0-130 km
Alexei Krivolutsky, Central Aerological Observatory (CAO), Russian Federation
Title : Enhanced ferromagnetism in carbon dots polyaniline nanocomposite
Paulo Cesar De Morais, University of Brasilia, Brazil