Graduate School of Informatics / Digital Transformation Enhancement Council, Chiba University
Associate ProfessorUtilizing large-scale supercomputer simulations, we conduct research on the formation and evolution of various astronomical objects, such as galaxies and large-scale structures of the universe, as well as the study of the dark matter structure within galaxies. We also develop our own high-performance parallel numerical codes and algorithms. Furthermore, we are actively involved in the public release of big data, including astronomical mock catalogs derived from simulations.
Recent Topics of Interest:
The formation of astronomical objects in the early universe and its impact on the subsequent evolution of the universe, as well as their relics in the present day
News Release
Could Dark Energy Change Over Time? Searching for Answers Through Computer Simulations
2025.10.02
News Release
Matter Comprises of 31% of the Total Amount of Matter and Energy in the Universe
2023.09.13
#Next Generation Researchers
Unveiling the Truth of the Universe through Simulated Catalogs: Unleashing the Power of a Theoretical Telescope, ‘Supercomputer’
2023.08.07