Speaker
Description
The performance of the superconducting quantum circuits has been improved for decades, and several kinds of quantum manipulation have been demonstrated with superconducting circuits. In addition to unitary operations, over-coupled superconducting resonators can function as a Markov bath, allowing us to engineer the environment of superconducting quantum circuits. These technologies provide us the one of the best quantum hardware platforms to investigate experimental demonstrations of quantum thermodynamic experiments, such as quantum engines. Quantum coherence and entanglement can enhance the performance of the engines and overcome the limitations of the thermal engine on classical dynamics. In this talk, I will talk about the improvement of the performance of our superconducting circuits and trials for the demonstration of the quantum engines.
