Home >  Education > List of laboratories

List of laboratories for Graduate School Students

Search by research subject

This list consists of five groups: Materials science, Nanoscale science, High magnetic field, Laser, synchrotron radiation, and spectroscopy, Condensed matter theory. The label shows schools that each teacher belongs to. You need to pass the exam by one of these schools to purse study at ISSP. Please check the affiliation of your desired faculty in advance since the entrance examination schedule is different by each field.

List of labratories by course

Materials Science

HIROI Adv. Materials

Material synthesis, Superconductivity, Magnetism

IDEUE Appl. Phys.

Two-dimensional Material, Nanotube, Quantum Rectification, Topological Transport, Superconductivity, Magnetism

MORI Chem. Adv. Materials

Developments of novel functional molecular materials, Organic transistor, Superconductivity, Magnetism, Proton conductivity

NAKATSUJI Phys.

Topological Quantum Phases, Superconductivity, Quantum Spin Liquids, Spintronics, Energy Harvesting

OKAMOTO Adv. Materials

Crystalline Solids, New Materials, Material Synthesis, Exotic Quantum Phenomena, Electronic Functions

OSADA Appl. Phys.

Topological and quantum properties of low-dimensional / atomic layer materials

YAMASHITA Adv. Materials

Ultra-low temperauture, Geometrically-frustrated magnets, Superconductivity, Strong electronic correlated electron system

Nanoscale Science

HASEGAWA Appl. Phys.

Nano-scale quantum electronic states, superconductivity, spin, and magnetism explored by probe microscopy

MIWA Adv. Materials

Spintronics, Quantum materials, Chiral molecule, biomolecule, Pulse laser, Synchrotron spectroscopy

LIPPMAA Adv. Materials

Oxide thin films, surfaces, inorganic-organic interfaces, heterostructures, oxide electronics

OTANI Adv. Materials

Topological spintronics, Spin charge conversion, Nano-magnetism, Nano-technology

YOSHINOBU Chem. Adv. Materials

Chemical physics and reactions at surfaces / interfaces

Neutron Science

MASUDA
Adv. Materials

Quantum spin system, Spin current, Frustrated magnet, Multiferroics, Supercrystal of oxygen molecule, Neutron

MAYUMI
Adv. Materials

Molecular mechanism of physical properties of polymer and soft matter systems

NAKAJIMA
Appl. Phys.

Emergent phenomena of spin origin / Topological magnetic orders/ Multiferroics / Neutron scattering / X-ray diffraction

YAMAMURO
Phys. Chem.

Chemical Physics, Complex Condensed Matter, Glass, Liquid, Hydrogen, Metal Nano-particle, Metal Organic Framework, Neutron, Calorimetry

Mega-gauss Science

KINDO Phys.

Study on quantum spin and strongly correlated materials under high magnetic fields

KOHAMA
Appl. Phys.

1000T, Superconductivity, Magnetism, Magnetooptics, Specific heat, NMR, Quantum Oscillation

Y. MATSUDA
Adv. Materials

1000 T, Ultrahigh magnetic fields, Strongly correlated electrons, Quantum spins, High-magnetic-field X-ray experiments, Magnetic-field-induced phase transitions

TOKUNAGA Phys.

High magnetic field, Quantum limit, Multiferroics, Strongly correlated electronic systems


Laser Science

AKIYAMA Phys.

Laser, Semiconductor, Surface and Nano science, Microspectroscopy, Bioluminescence

INOUE Chem. Adv. Materials

Biomolecular spectroscopy, Rhodopsin, Mechanism of function of proteins

ITATANI Phys.

Attosecond physics by intense ultrashort light sources. Strong field phenomena in solids.

KOBAYASHI Appl. Phys.

Optical science with state-of-the-art lasers

KONDO Phys.

Topological quantum properties, Superconductors, Strongly correlated systems, Laser, Photoemission spectroscopy

OKAZAKI Adv. Materials

Superconductivity, Laser, Photo-excited states

MATSUNAGA Phys.

Optical properties of materials, Laser, Terahertz spectroscopy, Topological semimetals, Spintronics, Ultrafast phenomena


Shynchrotron Science

HARADA Adv. Materials

Synchrotron Radiation, From structure of water, function of batteries and catalysts to elementary excitations in solids.

KIMURA Appl. Phys.

X-ray microscopy, X-ray free electron laser, ultra-precision machining, X-ray optics, lens-less imaging

I. MATSUDA Chem. Phys.

Synchrotron Radiation, X-ray Free Electron Laser, Non-linear phenomena, Dynamics, Monatomic layer, Surface, Interface


Theoretical Science

KATO Phys.

Theory and Simulation, Superconductivity, Magnetism

KAWASHIMA Phys.

Computational Statistical Physics, Quantum Many-Body Systems, Tensor Network, Monte Carlo Method

NOGUCHI Phys.

Theory & Simulation, Soft Matter and Complex Condensed Matter, Biomembrane, Massively Parallel Simulation

OSHIKAWA Phys.

Universality in quantum many-body systems

OKA Phys.

Theory & Simulation, Nonequilibrium, Many-body system, Topological state, biology

OZAKIPhys.

Material Design from First-Principles

SUGINO Phys.

Prediction of material properties using computers

TSUNETSUGU Phys.

Theory & Simulation, Strong electronic correlated electron system, frustrated system, Magnetism, Superconductivity

(Updated on 1 April, 2022)