Speaker
Description
Thermodynamics has shed light on engines, efficiency, and time’s arrow since the Industrial Revolution. But the steam engines that powered the Industrial Revolution were large and classical. Much of today’s technology and experiments are small-scale, quantum, far from equilibrium, and processing information.
Nineteenth-century thermodynamics needs re-envisioning for the 21st century.
Guidance has come from the mathematical toolkit of quantum information theory.
Applying quantum information theory to thermodynamics sheds light on fundamental questions (e.g., how does entanglement spread during quantum thermalization? How can we distinguish quantum heat from quantum work?) and practicalities (e.g., quantum engines and the thermodynamic value of coherences).
I will overview how quantum information theory is being used to revolutionize thermodynamics.
Recommended reading: Yunger Halpern, Quantum Steampunk: The Physics of
Yesterday’s Tomorrow, Johns Hopkins U. Press (2022).
