10th Workshop on Semiconductor/Superconductor Quantum Coherence Effect and Quantum Information

About

This workshop aims to gather researchers and students to enhance active discussions on current topics related to quantum effects and quantum information in semiconductor and superconductor structures. Usually this workshop is organized in a nice place like Nasu and researchers/students meet each other, exchange information, discuss physics, etc. Unfortunately, this year COVID-19 prevents from organizing the workshop in its usual style. On the other hand, we organize it online and hope that this workshop gives a chance for people to present / discuss recent progress of the field.

Date and place

  • Date: 2020 Dec. 17 (Thu.) - Dec. 18 (Fri.)

  • Place: Online, (Microsoft teams, link to the workshop will be sent to the registered participants a week before the workshop.)

Guide to speakers

  • Invited talk: 50 minutes

  • Contributed talk: 20 minutes

  • Contributed talk (student): 15 minutes

  • Time for your oral presentation includes 5 minutes for questions.

  • Please prepare your presentation in English.

  • Please check your connection during the break before your presentation.

  • This workshop is open for public.

Guide to audiences

  • Please setup your name such that a chair can recognize your name and affiliation when you log-in to the meeting.

ex.) Shintaro Takada (AIST)

  • Please keep your microphone and camera off while listening a presentation.

  • When you have a question, please notice by writing into the comment. A chair will choose who asks a question. When you are chosen, please make your microphone on and ask a question. After the question, please make your microphone off again.

  • Recording is prohibited.

Registration

List of invited speakers and titles

  • Akira Oguri (Osaka City Univ.) : "Fermi liquid theory for nonequilibrium Kondo effect"

  • Jun Yoneda (Tokyo Tech.): "QND readout of a silicon nuclear or electron spin"

  • Yukitoshi Motome (Univ. Tokyo): "Majorana fermions in the Kitaev model: past, present, and future"

  • Yuya Shimazaki (ETH): "Strongly correlated electrons in a semiconductor moirĂ© superlattice probed with exciton charge sensing"