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List of laboratories for Graduate School Students

To study at ISSP, applicants need to enroll in one of the following graduate schools. Each graduate school holds a separate entrance examination, therefore applicants should contact their advisor before the application process begins.（Faculty members may belong to multiple schools.）

All Synthesis, strongly correlated systems Nanoscale Biophysics, Soft matter Neutron MegaGauss Laser, Optics Synchrotron radiation Theory
Click on these keywords to select faculty members conducting related research.

Physics, Graduate School of Science

  • AKIYAMA Laser Nanoscale
    Semiconductor Laser, Solar Cell, Nano structure, Optical physics, Bioluminescence
  • HASHISAKA Nanoscale
    Quantum transport, Quantum many-body physics, Anyons, Edge states
  • ITATANI Laser
    Intense ultrashort-pulse laser, Attosecond science, Quantum dynamics, Ultrafast soft-X-ray spectroscopy, Nonlinear spectroscopy
  • KATO Theory
    Mesoscopic Systems, Spintronics
  • KAWABATA Theory
    Condensed matter theory, Nonequilibrium phases of matter
  • KAWASHIMA Theory
    Ultrahigh-pressure, Superconductivity, Quantum Magnetism, Quantum Sensing, Magnetic Resonance
  • KITAGAWA Synth.
    Computational Statistical Physics, Quantum Many-Body Systems, Tensor Network, Monte Carlo Method
  • KONDO Laser
    Topological quantum properties, Superconductors, Strongly correlated systems, Laser, Photoemission spectroscopy
  • I. MATSUDA SR
    Synchrotron radiation, X-ray free electron laser, nonlinear phenomena, catalysis, monatomic layer, surface, interface, robot, informatics
  • MATSUNAGA Laser
    Optical properties of materials, Laser, Terahertz spectroscopy, Topological semimetals, Spintronics, Ultrafast phenomena
  • NAKATSUJI* Synth.
    Topological Quantum Phases, Superconductivity, Quantum Spin Liquids, Spintronics, Energy Harvesting
    * Cross-appointment with Physics, School of Science.
  • NOGUCHI Theory Biophys.
    Theory & Simulation, Soft Matter & Complex Condensed Matter, Biomembrane, Massively Parallel Simulation
  • OKA Theory Laser
    Nonequilibrium quantum matter, Field theoretical study of correlation effect and biological phenomena
  • OSHIKAWA Theory
    Universality in quantum many-body systems
  • OZAKI Theory
    Material Design from First-Principles
  • SATO* Neutron
    Universality in quantum many-body systems
    * Cross-appointment with Tohoku Univ.
  • TOKUNAGA MegaGauss Synth.
    High magnetic field, Quantum limit, Multiferroics, Strongly correlated electronic systems

Chemistry, Graduate School of Science

  • INOUE Biophys Laser
    Understanding the nature of proteins that work with light through physics and chemistry
  • I. MATSUDA SR
    Synchrotron radiation, X-ray free electron laser, nonlinear phenomena, catalysis, monatomic layer, surface, interface, robot, informatics
  • MAYUMI Soft matter Neutron
    Polymer, Soft Matter, Neutron scattering, X-ray scattering, Mechanical properties

Applied Physics, Graduate School of Engineering

  • HASEGAWA Nanoscale
    Nano-scale quantum electronic states, superconductivity, spin, and magnetism explored by probe microscopy
  • IDEUE Nanoscale
    Two-dimensional atomic layer material, Quantum measurement, Quantum Rectification, Topological Transport, Superconductivity, Magnetism
  • KIMURA SR Biophys.
    X-ray microscope, X-ray optics, ultra-precision machining
  • KOBAYASHI Laser
    Optical science with state-of-the-art lasers
  • KOFU Neutron
    Neutron scattering, Chemical physics, hydrogen and ionic conductors, molecular magnets
  • KOHAMA MegaGauss
    High magnetic field, Quantum phenomena, Superconductivity, Entropy, Spin, Technical development
  • NAKAJIMA Neutron
    Emergent phenomena of spin origin / Topological magnetic orders/ Multiferroics / Neutron scattering / X-ray diffraction

Complexty Science and Engineering, GSFS

  • HAYASHI Biophys.
    Biophysics、Non-equilibrium Statistical Mechanics、Motor proteins、Fluorescence Imaging、Neuronal cargo transport

Complexty Science and Engineering, GSFS

  • HARADA SR Biophys.
    Functional interfacial water, Battery electrode, X-ray emission spectroscopy, Laser spectromicroscopy
  • INOUE Biophys Laser
    Understanding the nature of proteins that work with light through physics and chemistry
  • LIPPMAA SR Nanoscale
    Oxides, Thin Films, Surfaces, Interfaces
  • MASUADA Neutron Synth.
    Search for Novel Quantum Phenomena in Spin Systems
  • Y.MATSUDA MegaGauss Synth.
    1000 T, Ultrahigh magnetic fields, Strongly correlated electrons, Quantum spins, High-magnetic-field X-ray experiments, Magnetic-field-induced phase transitions
  • MAYUMI Soft matter Neutron
    Polymer, Soft Matter, Neutron scattering, X-ray scattering, Mechanical properties
  • MIWA Nanoscale
    Spintronics, Chiral molecule, Quantum material, biomolecule, Pulse laser, Synchrotron spectroscopy
  • MIYATA MegaGauss
    Ultrahigh magnetic fields, Magneto-optics, van der Waals materials, Quantum magnets
  • OKAMOTO Synth.
    Crystalline Solids, New Materials, Material Synthesis, Exotic Quantum Phenomena, Electronic Functions
  • OKAZAKI/a> Laser/span>
    Superconductivity, Photoinduced phase transitions, Laser, Photoemission spectroscopy
  • TAKAGI Synth.
    Strongly correlated electron systems, Topological spin texture, Crystal synthesis, Pressure effect
  • YAMASHITA Synth.
    Ultra-low temperature, Geometrically-frustrated magnets, Superconductivity, Strong electronic correlated electron system
  • MIWA Nanoscale
    Spintronics, Chiral molecule, Quantum material, biomolecule, Pulse laser, Synchrotron spectroscopy
  • YAMAURA Synth.
    Structural physics of functional materials
(Updated on 1 April, 2025)

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