Faculty and Research Laboratories
Research Laboratories
and Subjects
This page features the research subjects of each laboratory and links to their individual web pages (excluding certain laboratories).
Please also refer to the laboratory introduction videos of the School of Materials and Chemical Technology
on YouTube. Please access the MCT LabSearch website for laboratory search.
Result
Shown
All
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Kaneko LaboratoryDetailed Site
Novel Nanomaterials Focused on Single Molecules
Development of the methodology for measuring single molecules, which accelerates the next-generation nanoelectronics and high sensitivity detection. -
Yanaka LabolatoryDetailed Site
Elucidation and creation of biomolecular functions
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Ooi LaboratoryDetailed Site
Unveiling the dissolution mechanisms of metal
Our main goal is to understand metal dissolution mechanisms to address societal issues caused by material degradation. -
Kojima LaboratoryDetailed Site
Design of cutting-edge medical polymer materials
We design medical polymer materials for cancer diagnosis and treatment and regenerative medicine, collaborating with researchers in various fields. -
Chiu LaboratoryDetailed Site
Design composite materials like playing the puzzle
Our lab works on design/development of metal-based composites and analysis of the surface and interfacial science for achieving high functionalities. -
Matsumoto LaboratoryDetailed Site
Emerging functions of nanomaterials and organic materials
The goal of our group is to create novel nanomaterials including their assemblies and composites based on organic materials for energy and environmental applications. -
Vacha LaboratoryDetailed Site
Molecular view of nanoworld of organic materials
We use light emitted by single molecules to study properties of organic materials on nanometer scales. -
Ougizawa LaboratoryDetailed Site
Pioneer of research in polymer alloys
Approach to essential of polymer properties by investigating basics and applications of polymer-based hybrid materials (polymer alloys, composites) -
Kamata LaboratoryDetailed Site
Catalyst development towards carbon circulation society
We create new nano-catalyst materials using original inorganic synthesis methods and develop environmentally-friendly catalytic chemical processes. -
Matsushita Sachiko LaboratoryDetailed Site
The solution to energy problems
Our mission is to create the renewable energy system that doesn’t rely on oil without radioactive waste, and can generate power stably in small Japan. -
Lei LaboratoryDetailed Site
Find beauty in mechanics & challenge nano design
Based on computational materials science, analysis is carried out with the aim of gaining knowledge for the design of materials with new functions. -
Yokota LaboratoryDetailed Site
Understanding the physical properties at boundary
We focuse on the boundaries in materials. Using the novel properties emerged at boundaries, we aim to realize the device overcoming current issues. -
Terada Laboratory
R&D of Advanced Materials for High Temperatures
We aim to academically establish the principles for high-temperature materials and develop the advanced materials applied at higher temperatures. -
Matsuishi LaboratoryDetailed Site
Exploring new materials and functions by anion chemistry
Focusing on the electronic state of solids, we are searching for new electronic functional materials ranging from catalyst-related materials to electronic materials. -
Yasui LaboratoryDetailed Site
Development of Energy, Sensor, and Memory Materials
Energy materials are vital materials that are indispensable to our daily lives and are required to be safe, secure and highly functional. -
Ishizaki Laboratory
Make up the future, Device Development.
For this lab., we are engaged in the development of new materials and device by combining Materials Informatics technology and material / device development technology. -
Nabae LaboratoryDetailed Site
Organic & Polymeric Materials for Catalysis
Our research group has been developing organic and polymeric materials for catalysis to achieve a green and sustainable society. -
Sone and Chang LaboratoryDetailed Site
Development of Micro/Nano Materials and the Material Evaluation
Micro/nano material fabrication process on electrochemistry and the material evaluation methodology toward next generation highly sensitive medical devices. -
Asai LaboratoryDetailed Site
High Performance & High Functional Polymer Hybrid
Our laboratory's research is on polymers and polymer composites with various functions and focused on the structure-property relationship. -
Matsushita Nobuhiro LaboratoryDetailed Site
We are the frontrunners of the materials process!
Our laboratory's research is on various solution processes that enable the fabrication of functional ceramics with a low environmental load. -
Inamura LaboratoryDetailed Site
Mathematical aspects of microstructure
We are investigating design principle for shape memory alloys and strengthening mechanism, basing on the mathematical aspects of microstructure. -
Sagara LaboratoryDetailed Site
Mechanosensing luminescent materials
Our laboratory performs researches on the development of mechanical stimuli-responsive luminescent materials and the applications. -
Hiramatsu LaboratoryDetailed Site
Exploration researches on new functional materials
We are conducting exploration researches on new inorganic functional materials and devices, in which electrons play an important role for their functionality. -
Hayakawa LaboratoryDetailed Site
Polymers Toward Energy-recycling Smart Society
Hayakawa group aims to contribute to an environmental energy-recycling smart society by creating strategically designed self-assembling polymer materials. -
Kamiya and Katase LaboratoryDetailed Site
Creation of New Functional Materials
Kamiya & Katase Lab has developed new functional materials and semiconductor devices based on analyses of electronic structures and compurter simulations such as molecular dynamics, first-principles calculations and device simulations. Amorphous oxide semiconductor represented by IGZO is one of our achievement and is now employed for high-resolution smart phones and large-size OLED TVs. -
Ohtomo LaboratoryDetailed Site
Oxide electronics opened up by artificial lattices
We study novel functionality in thin films and multilayers of various inorganic compounds that are fabricated by vacuum thin-film deposition system. -
Hayamizu LaboratoryDetailed Site
Engineering Bio-Nano Interfaces
Our aim is to establish novel interfaces using two-dimensional nanomaterials and self-assembled peptides. The bio-nano interfaces enable us to communicate with the biological world by electrical interactions through structured biomolecules. -
Hayashi LaboratoryDetailed Site
How do cells and recognize artificial materials?
Working on biomedical research targets laying over physics, chemistry, biology, etc, in teams of international students with various backgrounds. -
Yano LaboratoryDetailed Site
Glass dynamics and nano-structure fabrication
Development and fabrication of new functional devices for photonics, energy, magnetics and sensing from glass, amorpous and nano-structured materials -
Kimura LaboratoryDetailed Site
Friendly design materials’ functions for the Earth
Group members are deliberating what we can do for the global environment, and enjoying research on thermoelectric materials and heat resistant alloys. -
Kitano Laboratory
Development of innovative catalysts for a hydrogen energy society
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Kitamoto LaboratoryDetailed Site
Nanobio materials and devices for Human centered engineering
We are studying nanomaterials and devices integrating bio and engineering. Our nanomaterials/devices introduce innovations to your life in future!!! -
Onaka LaboratoryDetailed Site
A grasp of structure and strength of materials
To develop high-strength materials, mechanical properties of metals and alloys are studied by both of experimental and theoretical approaches. -
Michinobu LaboratoryDetailed Site
Optical and Electrical Properties of Polymers
Flexible solar cells, transistors, and optical sensors are developed by utilizing the optical and electrical properties of conjugated polymers. -
Fujii LaboratoryDetailed Site
Microstructural characterization of metals and alloys
The Fujii group research primarily concerns the physical properties of nanostructuralmaterials and includes both theory and experiment on subjects that range from the fundamental to the applied. -
Azuma and Yamamoto LaboratoryDetailed Site
Development of new functional oxides
Development of new functional oxides such as ferromagnetic ferroelectrics, lead-free piezoelectrics and negative thermal expansion materials. -
Tsurumi and Hoshina LaboratoryDetailed Site
Tsurumi and Hoshina Laboratory
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Nakajima-Isobe LaboratoryDetailed Site
Environmental materials by surface engineering
We challenge verious problems on global environment, energy, safety, and the comfort of life from the viewpoint of surface/interface engineering. -
Nakada LaboratoryDetailed Site
Production of the strongest steel by metallurgy
Microstrutural control can significantly improve mechanical properties of metals. We study metallurgy to produce steel with strength and toughness. -
Nakatsuji LaboratoryDetailed Site
Creation and characterization of surface novel materials
We investigate various novel electronic properties of "surface novel materials" fabricated on metal and semiconductor surfaces in atomic scale. -
Nakamura LaboratoryDetailed Site
Searching quantum-classical boundary using laser
We investigate the quantum-classical boundary by measuring interaction between ultrashort laser pulse and condensed matter. -
Nakamura and Shi LaboratoryDetailed Site
Explorer for noble physical propeties with nano-structured thin films
Our motivation of research is to draw out hidden physical propeties by controlling nanohetero structure of thin films -
Takeyama and Kobayashi LaboratoryDetailed Site
Game Changing technology Materials change the world.
We study phase diagram, phase transformation, crystallography and strength in heat resistant steels/alloys to achieve improved energy utilization and reliability. -
Tsuge LaboratoryDetailed Site
Sustainable plastics made by microorganisms
We are working on a microbial production of biodegradable thermoplastic polymers from carbon dioxide and renewable biomass. -
Oba Laboratory
Materials discovery based on computational science
We design and explore novel electronic and energy materials using computer simulations. -
Tada LaboratoryDetailed Site
Materials design for new functions and concepts
We are working on electronic structure calculations for new materials of new functions and concepts. -
Kawaji LaboratoryDetailed Site
Elucidation of phase transition mechanism and function of materials
We are studying the mechanism of phase transitions in various kinds of functional materials and the effects of impurity and imperfection of crystals. -
Kawauchi Laboratory
Investigating Chemistry using Supercomputing
We are investigating chemical phenomena using the state-of-the-art supercomputing. -
Tada Eiji LaboratoryDetailed Site
Corrosion Science of metallic materials
To enhance materials performance in usage environments, we are trying to elucidate mechanisms of corrosion and electrochemical dissolution of metals. -
Ikoma and Anraku LaboratoryDetailed Site
Development of biomaterials for advanced medical device.
We have developed nanopatricles for tumor treatment, surface modification technology for diagnosis, and scaffolds for regenerative medicine. -
Susa LaboratoryDetailed Site
Steelmaking process innovation for human society
The annual steel production in the world is ever-increasing. We are making basic researches on steelmaking processes with less burden on the environment. -
Majima LaboratoryDetailed Site
Single-nanoscale materials and their devices
We develop ultrafast transistors, gas sensors, DNA sequencers, spin devices and memory and make their electronic functional devices of use to society. -
Morikawa LaboratoryDetailed Site
Thermal Control Materials
The basic research of thermal science based on the measurement of thermal energy and thermal properties of materials with our original techniques. -
Kobayashi Yoshinao LaboratoryDetailed Site
Metallurgy for development of infrastructure contributing to human society
We are promoting metallurgical research work on safety and reliability of infrastructures such as power plant systems commencing with nuclear energy. High temperature process of metals are investigated in the creation of innovative metallic materials and evaluation of saftey plants. -
Osakada and Koizumi Laboratory
Creation of new chemistry field from organotransition metal complexes
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Funakubo LaboratoryDetailed Site
Preparation of High Performance Inorganic Thin Films
Preparation of high performance inorganic thin films including novel materials development and high quality and high performance film growth -
Sannomiya LaboratoryDetailed Site
Create, Obserave, Discover New Materials
We create nanometric functional materials for plasmonic devices, biosensors and nanofilters. We also develop new eyes (TEM) to observe them. -
Sasagawa LaboratoryDetailed Site
Exploration of Frontier Materials Science
Our goal is to understand, utilize, and create "super electronic functions" in materials (e.g. exotic superconductors, topological insulators, etc). -
Miyauchi and Yamaguchi LaboratoryDetailed Site
Energy conversion for CO2 reduction
We contribute to CO2 reduction, renewable energy production, and hydrogen society based on materials science. -
Hosoda and Tahara LaboratoryDetailed Site
Innovation of novel functional materials
We have been conduction on development of novel functional materials especially shape change materials for energy harvesting and high quality of life. -
Gohda LaboratoryDetailed Site
Unraveling mysteries of materials from principles of physics
We predict novel material properties by electron theory using supercomputers such as TSUBAME and Fugaku to design new materials in a computer. -
Hara LaboratoryDetailed Site
Creation of advanced inorganic catalyst materials
Hara group is investigating "catalysis" and "material science". We are creating catalyst materials to produce chemical resource and energy. -
Kumai and Muraishi LaboratoryDetailed Site
Development of High Performance Eco-Materials
High-Speed Twin-Roll Casting, Color Metallography, Experimental and Numerical Analysis of Joining Mechanism of Impact Welded Dissimilar Metal Joints -
Yoshimoto and Matsuda LaboratoryDetailed Site
Atomic scale creation of advanced energy materials
We are contributing to energy and environment fields by developing atomic-scale designed wonder electronic-materials by our “only one” processes. -
Yoshida LaboratoryDetailed Site
Development of severe environment resistant ceramics
Based on microstructure control, we have been developing high-performance advanced ceramic materials used in severe environment. -
Kikutani LaboratoryDetailed Site
Ultimate Polymer Processing Technology
Ultimate polymer processing conditions are being persued with the aim of developing high performance and highly functional products through the control of shape and higher order structure of fibers, films and polymeric materials -
Kajihara LaboratoryDetailed Site
Straight research and adventurous development
Basic research is conducted on phase equiliria and transformations in alloys. Materials development is carried out on the basis of basic research. -
Kanisawa Laboratory
Explore new fields with quantum materials
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Shioya LaboratoryDetailed Site
Challenges to ultimate strengh and light weightness
We are challenging to develop high strength and light weight materials through the control of structure and morphology in various levels from the atomic and molecular level to the macroscopic level. -
Yasuda LaboratoryDetailed Site
Do mathematical science on materials
We are reseraching on fracture and deformation of materials, relating to their microstructural formation based on mechanics and statistics -
Cross LaboratoryDetailed Site
Leveraging AI-driven research across disciplines
Creating research synergy across diverse fields: AI, machine learning, education, biofuels, marine microplastics and waste transformation. -
Hitosugi and Shimizu LaboratoryDetailed Site
The future lies at the crossroads of electrochemistry and solid state physics
We aim to explore novel physical properties of condensed materials by combining electrochemistry, solid-state chemistry and solid-state physics. -
Ueda Laboratory
Make clear the degladation of metallic materials at high temperature
We investigate high temperature oxidation of heat resistant steels and alloys for achieving excellent oxidation resistance at high temperature. -
Kobayashi Equo LaboratoryDetailed Site
Constructing environment, society and our life with functional materials
Ti, Al, Mg and Cu alloys for medical devices, transport vehicles and electronic devices are developed and evaluated comprehensively in our lab. -
Kawamura LaboratoryDetailed Site
Conduct metallic materials to overcome the environment
We are studying about metals and ceramics used in energy conversion system, to achieve a long-life operation in high temperature environments.
