Staff List １
Major in Science and Engineering
Advanced Materials Science and Engineering Course
| Research field | Academic Advisor | Main Research Projects |
| Materials Characterization and Testing | Prof. ARAKAWA Kazuto | Characterization of local structures in materials by electron microscopy |
| Prof. MORITO Shigekazu | Research on microstructural analysis methods for materials development with electron microscopies and electron diffraction analyses | |
| Prof. LI Shuting | Cutting performance and strength evaluations of metals, heat treatment of metals, strength and vibration analyses of metal structures | |
| Prof. OHARA Koji | Studies for structurally disordered functional materials | |
| Prof. YASHIRO Keiji | Ion-conductive materials can be widely used in energy-related fields, such as high-efficiency fuel cells and electrolysis cells that can synthesize fuel such as hydrogen from surplus electricity. We are conducting material development to improve the performance and create new functions of ion conducting materials. | |
| Prof. MIYAMOTO Mitsutaka | Research on characterization of fusion reactor materials | |
| Prof. SEMBOSHI Satoshi | Microstructural control of structural and functional metals by thermomechanical process | |
| Prof. IMASHUKU Susumu | Establishing analytical methods enabling to improve the productivity in factories and the efficiency in research development | |
| Prof. SUGAWARA Yu | Electrochemical analysis on corrosion and hydrogen embrittlement of metals for environmentally-resistant materials | |
| Assoc. Prof. PHAM Hoang Anh | Research on the fomation of materials microstructure during various manufacturing processes | |
| Assoc. Prof. TSUJI Toshihiro | Development of ultrasonic nondestructive measurement technology for industrial materials | |
| Assoc. Prof. Jens Rüdiger Stellhorn | Atomic resolution structural analysis of functional materials using quantum beam techniques | |
| Assis. Prof. HIROI Satoshi | Structural study for disordered crystalline materials | |
| Assis. Prof.LIN Shan | Investigation Meth ods for micro / nano structure distribution in metallic materials | |
| Materials Processing | Prof. YAMADA Yasuji | Research on processes (synthesis, crystal growth, and film deposition) and functional properties of oxides and conductive materials |
| Prof. FUJITA Yasuhisa | Research on preparation and characterization of compound semiconductor thin films and nano-particles | |
| Prof. KITAMURA Toshihiro | Research on purification process and recycling process of metals | |
| Prof. YEH Wenchang | Single crystal growth of semiconductor film on amorphous by micro laser and its application to semiconductor devices | |
| Prof. MORIMOTO Nobuyuki | Design of polymeric biomaterials for drug delivery systems | |
| Prof. TANAKA Hidekazu | Synthesis of functional inorganic oxide particles and functional enhancement of inorganic oxide particles by surface and particle design | |
| Prof. SASAI Ryo | Preparation of functional materials using 2-dimensional nanospace in layered inorganic compounds and its application for environment, energy, and resource fields | |
| Prof. UEDA Hiroaki | Development of novel magnetic materials and clarification of their magnetic states | |
| Prof. FUJIEDA Shun | Development of magnetic materials for high energy efficiency and low environmental impact | |
| Prof. FUJIEDA Tadashi | Development of metal additive manufacturing process and the innovative alloys | |
| Assoc. Prof. KITAGAWA Hiroyuki | Reasearch on novel powder mettalurgical process for advanced materials preparation | |
| Assoc. Prof. SAWANO Takahiro | Efficient and Selective Synthesis with Metal-Organic Frameworks and Metal Complexes and Evaluation of Functional Materials | |
| Assoc. Prof. SAI Masahiro | Development of new synthetic reactions involving organometallic compounds | |
| Assoc. Prof. YOSHIDA Toshiyuki | Characterization of semiconductor particle layers and their transistor application | |
| Assoc. Prof. WANG Hao | Fabrication of high-entropy composite materials and research on microstructure refinement and grain growth behavior in metal additive manufacturing technology. | |
| Assoc. Prof. YANO Kentaro | Research on optimization of iron casting technology | |
| Assoc. Prof. TOITA Sayaka | Development of biofunctional materials for regenerative medicine and disease research | |
| Assis. Prof. FUNAKI Shuhei | Research on development of novel fabrication methods in advanced functional materials for applications | |
| Assis. Prof. WAKABAYASHI Hideki | Characterization of microstructural formation during manufacturing process and mechanical properties of heat resistant alloys | |
| Assis. Prof.TORIUMI Takuto | Development of drug delivery systems and biomaterials using biocompatible polymers | |
| Assis. Prof.TANG Yongpeng | Study on microstructure and properties of metallic and energy materials using first principles calculation and severe plastic deformation | |
| Materials Computational Modeling | Prof. KAGESHIMA Hiroyuki | Research on materials for electronics based on computational physics |
| Prof. SHINJO Junji | Simulation of metal stractural strength and thermo-fluid dynamics in metal processing | |
| Prof. KANZAKI Akimitsu | Research on communication control and data management in advanced network environments | |
| Specially Appointed Prof. FUJIWARA Toru | Information security and Error control coding | |
| Specially Appointed Prof. HASEGAWA Toru |
Research and development of protocols and privacy presevation in the future Internet | |
| Assoc. Prof. HIRAYAMA Naomi | Theoretical study of metals and semiconductors by first-principles calculation and molecular dynamic simulation | |
| Assoc. Prof. KUSAKA Takuya | The research area includes channel coding which is a base of high reliability communication and cryptography which is a base of secure communication. | |
| Assoc. Prof. SHIRAI Masato | Research on Materials Computational Modeling based on Machine Learning | |
| Assis. Prof. KUTSUKAKE Asuka | Advancement of materials processing simulation and its automatic optimization | |
| Assis. Prof. FUJISAKI Takaya | My research focuses on ionic conductors such as protons and lithium ions flowing in battery electrolytes, and aims to demonstrate the improvement of their properties through calculations and experiments. | |
| Assis. Prof. SAKAI Yuta | Information theory, Shannon theory, Coding, theory |
Mathematics Course
| Research field | Academic Advisor | Main Research Projects |
| Pure Mathematics | Prof. YAMADA Takumi | Differential geometry |
| Prof. AOKI Miho | Number theory | |
| Prof. YAMAMOTO Shuji | Algebraic Number Theory, Analytic Number Theory | |
| Assoc. Prof. MATSUHASHI Eiichi | General topology and geometric topology | |
| Assoc. Prof. FUJII Satoshi | Algebraic Number Theory | |
| Assoc. Prof. SHIDA Naoto | Real analysis | |
| Assis. Prof. YAMADA Taiki | Discrete geometry,Graph theory | |
| Assis. Prof. OSHIMA Yoshiyuki | General topology | |
| Applied Mathematics | Prof. KUROIWA Daishi | Optimization theory |
| Partial differential equations | ||
| Assoc. Prof. SAITO Yasuhisa | Functional equations and mathematical biology | |
| Assoc. Prof. SUZUKI Satoshi | Nonlinear analysis and mathematical programming | |
| Assoc. Prof. SZŐLLŐSI Ferenc | Combinatorics, Sphere packing, Hadamard matrix | |
| Assoc. Prof. FUJIMOTO Kodai | Ordinary differential equations | |
| Assis. Prof. KAI Hirotaka | Probability theory |
Information Systems Design and Data Science Course
| Research field | Academic Advisor | Main Research Projects |
| Data Science | Prof. SAKANO Hitoshi | Data science, Pattern recognition and machine Learning |
| Assoc. Prof. HUANG Xuping | Information security, including Digital watermarking, IoT biometrics and Malware analysis | |
| Assoc. Prof. HIGASHI Takafumi | Human-Computer Interaction, Interactive Design, Agent Communication, Cognitive Behavioral Analysis | |
| Assoc. Prof. SHIRAI Masato | Data science, Machine learning | |
| Assoc. Prof. ISHIHARA Yukio | Soft computing, Virtual reality, Human computer interaction | |
| Assoc. Prof. FUJIMOTO Kodai | Ordinary differential equations | |
| Assis. Prof. SAKAI Yuta | Information theory, Shannon theory, Coding theory | |
| Assis. Prof. OSHIMA Yoshiyuki | General topology | |
| Assis. Prof. CHENG Yun-Shan | Interdisciplinary social science and engineering, such as Data mining, Recommendation system, Gaming, Player’s/Social networking sites user’s behaviors | |
| Assis. Prof. TERAO Kanta | Associative learning theory, Neuroethology, Comparative cognitive brain science | |
| Information-System Design | Prof. KAMIYA Toshihiro | Software engineering, Program analysis |
| Prof. KANZAKI Akimitsu | Sensor network, Mobile network | |
| Prof. HIROTOMI Tetsuya | Well-being information technology | |
| Specially Appointed Prof. FUJIWARA Toru | Information security and Error control coding | |
| Assoc. Prof. KUSAKA Takuya | The research area includes channel coding which is a base of high reliability communication and cryptography which is a base of secure communication. | |
| Assis. Prof. R. Mian | Computer arithmetic, VLSI Design and Test |
Physics and Applied Physics Course
| Research field | Academic Advisor | Main Research Projects |
| Fundamental Physics | Prof. FUJIWARA Kenji | NMR study of physical properties in strongly correlated electron systems and search of exotic materials |
| Prof. TANAKA Hiroshi | Condensed matter theory on the basis of first principles calculation, development of a new method for computational physics, and mathematical physics | |
| Prof. MIYOSHI Kiyotaka | Magnetic, transport and superconducting properties of strongly correlated materials and their high pressure effect | |
| Prof. ISHII Yui | Experimental study on novel quantum phenomena toward future functional materials. Superconductivity coupled with partially broken translation symmetry. | |
| Assoc. Prof. TSUKADA Shinya | Phase transitions and functions of ferroelectric materials probed by spectroscopic techniques, and development of new ferroelectric materials | |
| Assoc. Prof. NISHIGORI Shijo | Research on physical properties of strongly correlated electron systems etc., Development and application of techniques for thermal properties measurement under high pressures | |
| Assoc. Prof. NISHIGAKI Shinsuke | Nonperturbative methods in quantum field theory, including lattice gauge theory, Random matrix theory and its application to quantum physics, especially level statistics and quantum chaos | |
| Assoc. Prof. MUTOU Tetsuya | Numerical study of exotic quantum states in strongly-correlated electron systems and quantum spin systems, and theoretical study of many-body problems based on statistical physics | |
| Assoc. Prof. MOTOYAMA Gaku | Material research on strongly correlated electron systems and study of magnetic and transport properties under ultra low temperature | |
| Assoc. Prof. USUI Hidetomo | Theoretical research on anomalous quantum transport phenomena by means of effective models and first-principle calculations | |
| Assis. Prof. MANAGO Masahiro | Study of superconductivity, magnetism, and quantum-crtical phenomena in strongly-correlated election systems by nuclear magnetic resonance | |
| Assis. Prof. YAMASHITA Mai | Observational studies on magnetic activities of pre-main-sequence stars | |
| Crystal Science and Technology | Prof. ARAKAWA Kazuto | Studies on lattice defects in extreme environmental materials, using transmission electron microscopy |
| Prof. MORITO Shigekazu | Research on morphology and crystallography of materials with electron microscopies and electron diffraction analyses | |
| Prof. KITAMURA Toshihiro | Research on R&D management and innovation creation, especially promotion and effect of industry-university cooperation | |
| Prof. MIYAMOTO Mitsutaka | Research on surface modification of plasma facing materials in fusion reactor | |
| Assoc. Prof. KITAGAWA Hiroyuki | Research on preparation and physical properties of intermetallic compounds and ceramics materials for thermoelectric applications | |
| Assoc. Prof. PHAM Hoang Anh | Characterization of materials microstructure by using electron microscopy and diffraction technique. Evolution of materials microstructure during various manufacturing processes | |
| Assoc. Prof. Ben Urban | Develop new optical tools like advanced microscopes and specialized light sources to investigate both living systems for health applications and the properties of new materials | |
| Electronic Device Engineering | Prof. YAMADA Yasuji | Crystal growth of bulk and thin film superconductors and transparent conductors and improvement of their properties |
| Prof. FUJITA Yasuhisa | Preparation of ZnO thin films and nano-particles, and their applications to the optical devices and nano-medicine | |
| Prof. KAGESHIMA Hiroyuki | Advanced electronic materials research on mechanisms to manifest physical properties and on theories to control functions | |
| Prof. YEH Wenchang | Single crystal growth of semiconductor film on glass substrate by micro laser and its application to semiconductor devices | |
| Assoc. Prof. YOSHIDA Toshiyuki | Carrier conduction mechanisms and transistor applications of oxide semiconductor particle layers | |
| Assis. Prof. FUNAKI Shuhei | Research on development of novel fabrication methods in superconductor and transparent conductors for applications |
Mechanical, Electrical and Electronic Engineering Course
| Research field | Academic Advisor | Main Research Projects |
| Mechanical Engineering | Prof. SHINJO Junji | Thermo-fluid dynamics of engines and aerodynamics of transportation vehicles |
| Prof. LI Shuting | Static and dynamic behavior (strength & life, vibration & noise, lubrication & efficiency) of various kinds of gears used in space-exploring machines, robots and aircrafts | |
| Prof. MORIMOTO Takuya | Mechanics and design of soft materials and flexible structures | |
| Prof. OTSUKI Michio | Research on the deformation and flow of fluids, elastic materials, and granular materials | |
| Assoc. Prof. HAMAGUCHI Masafumi | Research on damping transfer control using a mobile robot and a cart, damping actuator, and welfare and nursing robot | |
| Assoc. Prof. TAMURA Shinji | Characteristics of nonlinear dynamics and theory of vibration suppression for mechanical structures | |
| Electrical and Electronic Engineering | Prof. MASUDA Hiroji | Future high-capacity optical communication and ubiquitous networks utilizing opto-electronics technologies |
| Prof. ITO Fumihiko | Optical sensing technologies by using lasers and optical fibers, and advanced optical measurement for evaluating optical devices | |
| Prof. YOKOTA Masayuki | Optical Metrology focusing on interferometry including digital holography and image processing | |
| Assoc. Prof. NGUYEN Gia Minh Thao | High-efficiency motor drives and hybrid renewable energy systems including electric vehicles with wide-bandgap power electronics converters and computational intelligence methods | |
| Assoc. Prof. KUMAR Varun | Optical metrology, especially in digital holography, holographic microscopy, and shearing interferometry for industrial and biomedical applications | |
| Assis. Prof. KITAMURA Kokoro | Future high-capacity optical communication and ubiquitous networks utilizing opto-electronics technologies |