Physics Program

Elementary Particle Theory

Gravity, Flavor physics, Quantum chromodynamics, Quark-gluon plasma

     Laboratory HP


Multi-wavelength astronomy, Dark matter, Galaxy clusters, Particle acceleration, Compact stars

     Laboratory HP

Quark Physics

Relativistic heavy ion collision, Quark gluon plasma, The very early universe, Dark components in the universe, Magnetohydrodynamics

     Laboratory HP

High-Energy Astrophysics / Optical and Infrared Astronomy

High Energy Physics

Particle physics, Quantum physics, Quantum optics, Lasers

    Laboratory HP

Structural Physics

Synchrotron radiation X-ray diffraction, Crystal structure analysis at electron density level, New dielectric materials, In-situ observation of crystal structures, Bragg coherent diffraction imaging

    Laboratory HP

Electronic Properties of Solids

X-ray absorption and emission spectroscopy, Element-selective structural analysis, Physical properties of transition metal compounds under high pressure, Electronic states and dynamics of dielectrics

     Laboratory HP

Synchrotron Radiation Physics of Solids

Solid-state physics research using synchrotron radiation and lasers, ARPES, Topological materials, Nano-spintronic materials, Superconductors

    Laboratory HP

Molecular Photoscience

Interdisciplinary physics with chemistry and bioscience, Synchrotron radiation, X-ray and optical ultrafast pulse lasers, Nanomaterials Reaction dynamics

     Laboratory HP

Synchrotron Radiation Materials Science / Synchrotron Radiation Physics

The following faculty members are in charge of multiple programs including this program.