本領域のセミナーシリーズとして、2025年12月18日木曜日に東京大学にて、Christian Flindt氏によるセミナーが開催されます。

セミナー情報は下記です。

Speaker:：Christian Flindt (Aalto University)
Date：December 18 (Thu) 10:00-
Place：Seminar Room C (room number 372)

Title：Dynamic quantum transport in mesoscopic conductors
Abstract：
Dynamic quantum transport explores how time-dependent fields govern the flow of charge and heat at the nanoscale, where quantum coherence plays a central role. In my talk, I will introduce the field of dynamic quantum transport and present two of our recent works on negative interference currents and high-frequency heat pulses. First, I will show how interfering scattering paths through an electronic Fabry–Pérot cavity can make the electric current turn negative, even though the applied voltage pulses are always positive [1]. I will then go on to discuss how heat pulses can be emitted into a mesoscopic conductor by performing work on an electrode to change its temperature. We then investigate the properties of the heat pulses, for instance, by using a Hong-Ou-Mandel interferometer to examine if the heat pulses bunch or antibunch as they collide at an electronic beam splitter.

[1] “Negative currents in Fabry-Pérot cavities are caused by interfering paths,”
M. Saha , L. Horray, P. Portugal, and C. Flindt, Phys. Rev. B. 112, L081408 (2025), Editors’ Suggestion
[2] “Heat Pulses in Electron Quantum Optics,” P. Portugal, F. Brange, and C. Flindt, Phys. Rev. Lett. 132, 256301 (2024)