Until September 30, 2024: Metallurgy Group, Department of Materials Science and Engineering, School of Materials and Chemical Technology, Tokyo Institute of Technology
From October 1, 2024: Metallurgy Group, Department of Materials Science and Engineering, School of Materials and Chemical Technology, Institute of Science Tokyo
We conduct research on computational metal physics by means of first-principles electron theory.
We control light in terms of space, momentum, time, and energy using nanomaterials, and visualize its distribution by electron microscopy.
We are exploring novel magnetic, electrical, and hydrogenation properties of metal films and nanocomposite structures.
Exploring electronic properties of ”surface new materials” on metal surfaces and atomically flat ultra-thin films.
The laboratory has a high diversity of research content that includes both experimental and computational study.
Our research focuses on understanding the dissolution mechanisms of metal materials to tackle associated societal challenges.
We develop material function by controlling micro structure and defects in metal and metal-compound based on high temperature thermodynamics and kinetics.
Atomic/nano/micro material fabrication based on electrochemistry and the material evaluation methodologies toward next-generation Bio/Medical Devices
Our research theme is “Science of environmental degradation” of metals and other materials, aiming at the development of environmentally resistant materials.
Physicochemical properties of molten slags, microstructures and qualities of sinters, and recycling of slags for environmentally friendly ferrous and nonferrous smelting
We have developed novel energy, memory and sensor materials.
We are promoting research and development of ferrous and non-ferrous metallurgy as well as safety metallurgy for nuclear engineering.
Design and fabrication of energy conversion materials, such as thermoelectric compounds and heat resistant alloys, for conserving the global environment.
Improvement for heat resistant steels and alloys, reliability assessment and new design of steels and alloys for high-temperature hydrogen applications
We investigate long-life shape memory alloy, strengthening theory for layered materials and martensite microstructures in steel both theoretically and experimentally.
Research in this group covers a wide range of topics, but mainly concerns the mechanical properties of various advanced and composite materials.
Constructing environment, society and our life with functional materials
Via the analysis and manipulation of the surface and interfacial science of various materials, our laboratory develops and optimizes new functional composite materials.
We reserch on the microstructure control and high-temperature strength of heat-resistant materials, including magnesium alloys, superalloys, etc.
Unveiling Steel’s Power: we explore the relation between microstructure and mechanical properties of steel, the king of metals.
Our research focuses on the creation, design, and fundamental research of new functional metallic materials for use in the medical and energy fields.
sorry, under construction
