Available Laboratories for Master’s Pre-screening Program 2026

The first step toward success is learning about laboratories and finding one that matches your research interests.
During the contact period, reach out to labs that interest you to learn more.

※When contacting labs, always include “DMS PRE-SCREENING (M)” at the beginning of the subject line. If you don’t, the professors may not notice your email.

Physics

Name	keywords	Contact Information	outline HP
Bio-Process Engineering	Applications of ultra-shot pulsed lasers, single cell manipulation techinology, micro-fluidic devices, atomic force microscopy (AFM), laser-induced crystallization, mechanism investigation of laser-induced explosions acting on biological material	hosokawa[at]ms.naist.jp	outline HP
Solid-State Information Physics	Photoelectron holography & spectroscopy, Electron diffraction, Scanning tunneling microscopy, Cathode luminescence, Dopant atomic structures, 3D shaped surfaces, Semiconductor electronic states, Magnetism	ssip-staff[at]ms.naist.jp	outline HP
Quantum Photo-Science	Femtosecond lasers, nonlinear spectroscopy, coherent control, exciton polariton, vibrational polariton, two dimensional materials, cohirent phonon manipulation, energy transfer	katsuki[at]ms.naist.jp	outline HP

Device

Name	keywords	Contact Information	outline HP
Applied Quantum Physics	Radiation-induced luminescence, scintillators, phosphors, thermoluminescence, afterglow, mechanoluminescence, optical physics, quantum energy conversion, radiation measurements, radiation detectors, quantum beams, X-rays, gamma-rays, neutrons, vacuum-ultraviolet light, near-infrared light, photoelectric conversion elements, image diagnostic equipment, security equipment, individual radiation exposure dosimeters, detectors for high-energy physics, synchrotron radiation	n-kawaguchi[at]ms.naist.jp	outline HP
Organic Electronics	Flexible electronics, organic thin-film transistors, organic solar cells, flexible thermoelectric generators, polymer, carbon nanotube, scanning probe microscopy, development of novel characterization techniques	mnakamura[at]ms.naist.jp	outline HP
Photonic Device Science	Image sensors, photonic devices, artificial visual devices, implant devices, brain implant devices, fluorescence detection, CMOS integrated circuit design, RF electric-field imaging	sasagawa[at]ms.naist.jp	outline HP
Thin Film Semiconductor Devices	Solar cells, thin-film transistors, silicide semiconductors, oxide semiconductors, group-IV nanosheet, physical vapor deposition, solution combustion synthesis, virtual screening, density functional theory	hara.kosuke[at]naist.ac.jp	outline HP

Chemistry

Name	keywords	Contact Information	Video	outline HP
Functional Organic Chemistry	Functional organic materials, polycyclic aromatic hydrocarbons, carbon nanomaterials, aromaticity, supramolecular chemistry, photochemistry, organic electronics	aratani[at]ms.naist.jp		outline HP
Functional Inorganic Materials Design	Ceramics, Functional inorganic materials, Crystal morphology, Nanomaterials, Liquid-phase synthesis, Environmental purification materials, Bioceramics	t.goto[at]naist.ac.jp		outline

Biomaterial

Name	keywords	Contact Information	outline HP
Functional Supramolecular Chemistry	Supramolecule, protein, metalloprotein, pharmaceutical science, protein gel, hemoglobin gel, antibody, DDS, cancer treatment, AI-designed antibody, function control, enzymatic reaction, chemical modification, genetic mutation, analytical method, organic synthesis, computer-based protein design	hirota[at]ms.naist.jp	outline HP
Complex Molecular Systems	Complex molecular systems, protein science, biophysics, structural biology, protein design engineering, X-ray solution scattering, X-ray crystal structure analysis, neutron crystal structure analysis, low temperature spectroscopy, vibrational spectroscopy, fluorescence lifetime measurements, recombinant DNA technology, artificial proteins, structural proteins, protein transportation systems, nerve axon-elongation systems, optical information conversion systems, intermolecular interaction, intramolecular interaction, dynamic ordering analysis	kamikubo[at]ms.naist.jp	outline HP
Nanomaterials and Polymer Chemistry	Molecular technology, Polymer synthesis, Polymerization control, Polymer-polymer interaction, High performance polymer, Functional polymer, Biomaterial, Medical polymer material, Environmentally friendly material, Energy related material	ajiro[at]ms.naist.jp	outline HP
Macromolecular Systems Design	Macromolecular systems, Functional polymers, Biomacromolecules, Organic–inorganic hybrids, Artificial cells, Self-assembly, Interface chemistry, Emergent functions, Structure–activity relationships, Bio-inspired materials, Biomimetics, Automated synthesis, High-throughput experimentation, Data-driven molecular design	yasuhara[at]ms.naist.jp	outline

Data Science

Name	keywords	Contact Information	Video	outline HP
Materials Informatics	materials informatics, process informatics, high-throughput calculations, quantum chemistry, ab initio calculations, machine learning, deep learning, generative models for materials, photocatalysis, catalysis	fujii.mikiya[at]ms.naist.jp		outline HP