We will have the 3rd public ExU Online Colloquium “Public ExU Colloquium” on February 6th (Thu) 17:00 (JST). The speakers are Prof. Hal Tasaki (Gakushuin University) and Prof. Masaki Oshikawa (University of Tokyo). 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 slides and the video of the 2nd public Extreme Universe Colloquium held on December 20th, 2024 are now available. [Colloquium Video] [Slides]
Prof. Daisuke Yamamoto from our group B02 has received the "Frontier Incentive Award in The High Magnetic Field Forum of Japan". [Link]
A press release is made by Ryuji Takagi from our group E01 and his collaborator about "Revealing the Fundamental Relationship between Black Box Work Extraction and Composite Hypothesis Testing in Quantum Thermodynamics." [Link]
A press release is made by Hosho Katsura from our group D02 and his collaborator about "Discovery of One-Dimensional Spin Models that Spontaneously Break Continuous Symmetry." [Link]
We will have the 2nd public ExU Online Colloquium “Public ExU Colloquium” on December 20th (Fri) 17:00 (JST). The speaker is Prof. Roberto Emparan (University of Barcelona). 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 slides and the video of the 1st public Extreme Universe Colloquium held on October 16th, 2024 are now available. [Colloquium Video] [Slides]
The video of the 26nd Extreme Universe Colloquium held on July 10th, 2024 is now available. [Colloquium Video]
A press release is made by Masazumi Honda from our group D01 and his collaborators about "Rigorous Calculation of the Creation of the Quantum Universe and the Wave Function of the Universe -A major step toward resolving the long-standing controversy between the boundaryless hypothesis and the tunneling hypothesis." [Link]
A press release is made by Etsuko Itou from our group D01 and her collaborators about "Development of a New Computational Method to Explore the Properties of Composite Particles - Toward the Elucidation of Physical Phenomena Hindered by the Sign Problem" [Link]