December 10, Participated in the Quantum Computing Technology Symposium 2022
- Jan 4, 2023
Our article in Nikkei Xtech on November 28, 2022
- Jan 4, 2023
Invited Lecture at the 23rd Asian Workshop on First-Principles Electronic Structure Calculations
- Jan 4, 2023
Invited Lecture at RIST Workshop on October 26, 2022
- Jan 4, 2023
Participation in COI-NEXT "Sustainable Quantum AI Research Center"
- Nov 22, 2022
Oral presentation at FMS2022, an international conference on materials science on Nov. 22
- Nov 9, 2022
Invited Lecture at Technical Committee on Silicon Device and Materials (SDM) on November 10
- Oct 3, 2022
Keynote Session of TerraSkyDay2022
- Sep 26, 2022
New Group of Materials Exhibiting Skirmion by High-Precision Materials Computation Platform
- Sep 26, 2022
Validation of the State-of-the-Art Improved Quantum Approximate Optimization Algorithm
- Sep 12, 2022
4 presentations in the international conference on computational materials science "2022 Psi-k"
- Aug 3, 2022
High-Precision Material Calculation Platform for Magnets: New Applications for Neodymium Magnets
- Jul 11, 2022
Method to Make Quantum Computations More Accurate by Reducing Errors in Quantum Computers
- Jul 11, 2022
Our paper on single-photon sources has been published in Journal of Physics D
- Jul 11, 2022
Materials Calculation Platform Quloud-RSDFT Featured in Newspaper
- Jun 3, 2022
Dr. Yu-ichiro Matsushita was appointed as Chief of the Quantum Materials Theory Project at QST
- May 26, 2022
Materials Calculation Software Dedicated to Supercomputers is Now Available on an AWS Cloud
- Dec 6, 2021
Successfully developed an imaginary-time evolution method that runs only on a quantum computer
- Nov 24, 2021
Joined the Quantum ICT Forum to accelerate quantum research
- Nov 22, 2021
Proposal of a new method to improve the performance of single photon light source devices