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.
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.).
Shibaura Institute of Technology issued a press release on our XRISM and NuSTAR study capturing signs of general-relativistic precession of the inner accretion disk (Kawamuro et al.).
The website of the Inoue High-Energy Astrophysics Lab is now online.
Awarded a JSPS Kakenhi Challenging Research (Exploratory) grant.