From fundamental astrophysics to applied radiation science.
Uncovering the physics of the high-energy universe — black holes and MeV gamma rays — through theory and multi-messenger observations.
Magnetic field measurements and origin of AGN coronae, jet launching, accretion physics, and extreme physics near the event horizon.
Pioneering MeV gamma-ray astronomy and multi-messenger studies.
Applying our expertise in high-energy astrophysics to real-world radiation challenges of the space age.
Understanding and forecasting the cosmic-ray and radiation environment on the lunar surface for the era of human lunar activity.
Selected in the second call of MEXT's AI for Science Pioneering Research Creation Project (SPReAD).
Chikako Ichikawa has joined the lab as our administrative assistant.
The research period of our JST FOREST project has begun.
Our study locating where high-energy neutrinos are produced in blazar jets has been accepted for publication in The Astrophysical Journal.
Shibaura Institute of Technology issued a press release on our simulation study revealing efficient proton acceleration by shocks in black hole coronae, a new clue to the origin of high-energy neutrinos (Ly et al.).