The registration for the workshop "Quantum extreme universe from quantum information" (Sep. 26-Sep. 30) is now open. https://www2.yukawa.kyoto-u.ac.jp/~qith2022/registration.php
The deadline for the onsite participation is August 1st.
The 8th Extreme Universe Colloquium was held. [Colloquium Video][Slides].
The webpage about the organization of our project has been updated. You can find members and research projects in the publicly offered research groups E01 and E02.
We will have the 8th online colloquium “Extreme Universe Colloquium” on July 14th (Thu) 16:00 (JST). The speaker is Prof. Paolo Perinotti (Pavia University). For details, please refer to the poster. If you have not registered yet, please register at our online event website at least three days prior to the colloquium. (It is not necessary to register again if you have done it already.)
The 7th Extreme Universe Colloquium was held. [Colloquium Video][Slides].
An invited review article on tensor networks by Prof. Okunishi, Prof. Nishino, and Prof. Ueda is featured in the JPS Hot Topics.
The 6th Extreme Universe Colloquium was held. [Colloquium Video][Slides].
We will have the 7th online colloquium “Extreme Universe Colloquium” on June 8th (Wed) 14:00 (JST). The speaker is Prof. Sandip P. Trivedi (Tata Institute of Fundamental Research). For details, please refer to the poster. If you have not registered yet, please register at our online event website at least three days prior to the colloquium. (It is not necessary to register again if you have done it already.)
We will organize an international YITP workshop "Quantum extreme universe from quantum information" during Sep. 26th - Sep. 30th, 2022. It will be held as a hybrid (online/in-person) meeting. The registration is now open.
A paper by Prof. Masahiro Hotta and Prof. Go Yusa from project D01 and their collaborators is press released. They have constructed a theory which enables one to reproduce the Big Bang universe using a condensed matter experiment --- a theory of a simulator of the extreme universe by using topological materials. For details, see http://www.tohoku.ac.jp/japanese/2022/05/press20220517-01-bigbang.html.