List of Faculty Members
Department of Mathematics
| Title | Name | Research Area |
|---|---|---|
| Professor | FUJIOKA Atsushi | Differential Geometry related to Integrable Systems |
| Geometric Variational Problems | ||
| Affine Differential Geometry | ||
| MURABAYASHI Naoki | Numer Theory | |
| Arithmetic of Abelian Varieties | ||
| SHODA Toshihiro | Geometric analysis on manifolds | |
| Geometric invariants on submanifolds | ||
| Moduli Theory of periodic minimal surfaces | ||
| TAKEDA Masayoshi | Theory of Markov Processes | |
| Probabilistic Potential Theory | ||
| UEMURA Toshihiro | Probability Theory | |
| Dirichlet Space Theory | ||
| Theory of Markov Processes | ||
| WAKUI Michihisa | Ring Theory | |
| Low Dimensional Topology | ||
| YANAGAWA Kohji | Combinatorial Commutative Algebra | |
| Derived Category | ||
| Oriented Matroid | ||
| Associate Professor | KANKI Masataka | Integrable systems |
| Discrete dynamical systems | ||
| Cellular automata | ||
| TERAMOTO Hiroshi | Computational Algebra | |
| Applied Singularity Theory | ||
| Hamiltonian Dynamical Systems | ||
| YAMAZAKI Kazutoshi | Mathematical Finance | |
| Insurance Mathematics | ||
| Levy Processes | ||
| Assistant Professor | UEHARA Yuma | Statistical Theory of Stochastic Processes |
| Levy Processes | ||
| High Frequency Data Analysis |
Department of Pure and Applied Physics
| Title | Name | Research Area |
|---|---|---|
| Professor | ASAKAWA Makoto | Plasma Physics |
| Free-Electron Laser | ||
| Accelerator Physics and Technology | ||
| INADA Mitsuru | Nano-materials Science | |
| Semiconductor Physics | ||
| Nanostructure Engineering | ||
| ITANO Tomoaki | Fluid Dynamics | |
| Turbulent Shear Flow | ||
| Osmotic Phenomena | ||
| ITO Makoto | α cluster structures in nuclei | |
| Transmutation of nuclear waste | ||
| Non-Hermite few-body systems | ||
| ITOH Hiroyoshi | Theoretical Solid State Physics | |
| Computational Materials Science | ||
| Spintronics | ||
| SUGIHARA-SEKI Masako | Fluid Dynamics | |
| Theoretical Study on Blood Flow | ||
| Rheological Study of the Microcirculation | ||
| Sports Fluid Mechanics | ||
| Particulate Flow in Micro / Mini Channels | ||
| WADA Takahiro | Super-Heavy Elements | |
| Theory of Nuclear Fission Dynamics | ||
| Mathematical Model for Radiation Effects | ||
| YAMAGUCHI Soichiro | Space engineering of solid rocket | |
| Microwave tomography for medical application | ||
| Terahertz radiation | YAMAMOTO Ken | Phase Conjugation of Ultrasonic Wave |
| Optical Visualization of Acoustic Field | ||
| Sonochemistry | ||
| Associate Professor | HONDA Syuta | Designs for Spintronics and Magnetics Devices |
| Thin Semiconductor Devices | ||
| Physics for Junctions of Semiconductor and Metal | ||
| MOTOSUGA Masatsugu | Teaching physics using interactive technology | |
| Development of teaching materials that utilize experiments for physics education | ||
| Practical study on physics education to enhance scientific thought | ||
| YAMAMOTO Mahito | Novel device architectures | |
| Two-dimensional materials | ||
| Nanostrtucture physics |
Department of Mechanical Engineering
| Title | Name | Research Area |
|---|---|---|
| Professor | AOYAGI Seiji | MEMS (Micro Electro Mechanical Systems) |
| Robotics | ||
| Mechatronics | ||
| ARAI Yasuhiko | Measurement Systems | |
| Application of Moire Fringe | ||
| Optical Actuator | ||
| BANDO Kiyoshi | Fluids Engineering and Biomechanics | |
| Fluid and Elastic Membrane Coupled Problems | ||
| Computational Biomechanics | ||
| ITO Takeshi | Biosensor | |
| Functional materials with nano structures | ||
| Micro total analysis system | ||
| SHIMIZU Tomohiro | Nanostructure synthesis using self-organized template | |
| Nanowire sensors and electronics devices | ||
| Nanowire energy harvesting | ||
| KOGANEZAWA Shinji | Vibration power generator | |
| IoT mechatronics | ||
| Actuators and sensors | ||
| Viscoelasticity and friction | ||
| KOTANI Kentaro | Human Factors in Engineering and Design | |
| Human-Computer Interaction | ||
| Eye movement research | ||
| MAE Yasushi | Human/Eurltonment recoguion based on real-world sensing | |
| Human-centered intelligent system design | ||
| Natural human-robot interaction | ||
| MATSUMOTO Ryosuke | Heat Transfer Engineering | |
| Microfluidics | ||
| SAITOH Ken-ichi | Computational Mechanics | |
| Solid Mechanics | ||
| Materials Science and Engineering | ||
| SHINGUBARA Shoso | Nano fabrication using self-organization and application for sensor and memory | |
| 3-D Integration & Interconnect Technology using electroless and electroplating | ||
| TAKAHASHI Yoshimasa | Micro-mechanism of Fatigue Strength | |
| Mechanical Properties of Micro/Nano-scale Materials | ||
| Fracture Mechanics of Dissimilar Interface | ||
| TAKATA Keiji | Scanning Probe Microscopy and Related Physics | |
| TAKUMA Masanori | Materials Design | |
| Materials Evaluation | ||
| Fatigue Damage and Fracture Strength | ||
| TANI Hiroshi | Nanotribology | |
| Tribology of Magnetic Storage System | ||
| Tribochemistory | ||
| Triboelectric Nanogenerator | ||
| UMEKAWA Hisashi | Convective Flow Boiling | |
| Quantitative Measurement by Neutron Radiography | ||
| Heat and Mass Transfer | ||
| UTSUNO Hideo | Evaluation of pulse wave propagation in Blood vessel | |
| Noise raduction of automobile and Bulletin train | ||
| Acoustic Mechanism of Musical Instrament scuh as violin and flute | ||
| FURUSHIRO Naomichi | Suppression of Tool Wear in Ultra-Precision Diamond Turning | |
| Mechanochemical Superfinishing of Optical and Electronic Materials | ||
| Three-Dimensional Diamond Cutting in Nanometric Scale | ||
| YAMAGUCHI Tomomi | Precision Machinery | |
| Design of Tool Using Micro Fabrication | ||
| YAMAMOTO Yasufumi | Computational Fluid Dynamics | |
| Interfacial Phenomena in Multiphase Systems | ||
| Flow containing fine particles | ||
| Associate Professor | AMI Takeyuki | Two-Phase Flow Dynamics |
| Critical Heat Flux in Forced Convective Boiling | ||
| Numerical Simulation of Multi-Phase Flow | ||
| HIROOKA Daisuke | Flow control valve using particle excitation by torsional vibration | |
| Precision positioning mechanism using pneumatic control system | ||
| Development of small sized flow control valve using PZT element | ||
| KURATA Junichi | Assistive Technology | |
| Control Engineering | ||
| Robotics | ||
| ODA Yutaka | Numerical Simulation of Turbulent Heat Transfer | |
| Development of Cooling Technology for Gas Turbines | ||
| Wind Tunnel Expertment with Advanced Measurement Techniques | ||
| LU Renguo | Development of eco-friendly lubricants and additives | |
| Tribochemistry | ||
| Development of smart tribosystem with ultralow friction | ||
| SATO Tomohiro | Powder Metallurgy | |
| Computational Simulation | ||
| Material design | ||
| SUZUKI Satoshi | Ergonomics and Behavioral Science | |
| Biomedical Engineering | ||
| Man-Machine Interface | ||
| SUZUKI Masato | MEMS (Micro Electro Mechanical Systems) | |
| Optical Engineering | ||
| Semiconductor-Device Engineering | ||
| TAJIKAWA Tsutomu | Biomechanics and Fluids Engineering | |
| In-vitro study on Cardiovascular System and Artificial Organ | ||
| Fluid-Structure Interaction Problems in Human Body | ||
| TAKAHASHI Tomokazu | Universal pripper | |
| Soft actuator | ||
| Micro power generator | ||
| YAMADA Keisuke | Smart structure system | |
| Dynamic vibration absorber | ||
| Vibration isolation | ||
| Vibration analysis using model analysis | ||
| Lecturer | MURAKAMI Yoshihiro | Combinatorial Optimization |
| Nurse/Production schecluling | ||
| Megafloat | ||
| Assistant Professor | ASAO Takafumi | Driver Behavior |
| Man-Machine System | ||
| Human's Perception | ||
| KAWADA Shouhei | Development of active friction control system | |
| Friction phenomena related to human body | ||
| Evaluation of ionic liquids as lubricant additives | ||
| OTOMO Ryoko | Analysis of particels motion by Stokesian dynamice approach | |
| Analysis on Permeation and Diffusion in Membrane filter | ||
| Study on Swelling and Hemolytic Behavior of Human Red Blood Cells caused by Osmotic Pressure Difference |
Department of Electrical,Electronic and Information Engineering
| Title | Name | Research Area |
|---|---|---|
| Professor | ITO Hidetaka | Nonlinear and chaotic dynamical systeams |
| Dynamics-based comuting | ||
| EBARA Hiroyuki | Algorithm Theory | |
| Discrete Optimization | ||
| OHASHI Shunsuke | Applied Superconductivity | |
| Linear Drive and Magnetic Levitation | ||
| Power Electronics | ||
| HAMADA Shoji | Applied electrical engineering | |
| Bioelectromagnetics | ||
| Numerical electromagnetic field analysis | ||
| HIKAWA Hiroomi | Hardware Neural Network | |
| Gesture Recognition System | ||
| Signal Processing Hardware | ||
| KAJIKAWA Yoshinobu | Audio and Electroacoustics | |
| Acoustic Signal Processing | ||
| Biometrics Authentication Based on Machine Learning | ||
| KITAMURA Toshiaki | Investigation of the Auditory System and the Device Application | |
| Metamaterial | ||
| Microwave Engineering | ||
| KOJIRI Tomoko | Learning/Education Support System | |
| Computer-supported Collaborative Learning | ||
| Environment Design for Creative Activity | ||
| MAEDA Yutaka | Soft Computing/Computational Intelligence | |
| Neural Networks and their Hardware Implementation | ||
| Stochastic Control Theory | ||
| MATSUSHIMA Kyoji | Computer Holography | |
| Computer-Generated Hologram | ||
| Digital Holography | ||
| Simulation in Wave Optics | ||
| MIYOSHI Seiji | Statistical Mechanics of Information Processing | |
| Statistical Learning Theory | ||
| Statistical Image Processing | ||
| Computational Neuro Science | ||
| MUNEYASU Mitsuji | Medical image processing | |
| Moving image processing | ||
| Data embedding to printed image | ||
| Noise reduction for image | ||
| Machine learding for image processing | ||
| MURANAKA Noriaki | Mind Reading Technology | |
| Intelligence, Kansei and Intention Information Processing System | ||
| Safty, Disaster Prevention and Comfortable Information Processing System | SAIKI Taku | High-Power and High-Efficient Solar-Pumped Solid-State Lasers |
| New Laser Materials | ||
| Production of Renewable Energy Using Metalic Nanoparticles Based on Laser Ablation | ||
| TAJITSU Yoshiro | Piezoelectricity and Photoelasticity | |
| Sensor and Actuator | ||
| Dielectrics (inc. conductivity) | ||
| wearable Device | ||
| TOKUMARU Masataka | Human-Computer Interaction | |
| Emotional Information Processing | ||
| Computational Intelligence | ||
| YAMAMOTO Miki | Network Protocol | |
| Content Distribution Network | ||
| Wireless Communication Networks | ||
| YAMAMOTO Yasushi | Liquid blanket and diverter for nuclear fusion reactors | |
| Hydrogen permeation through ceramics | ||
| Micro Electrical grids | ||
| Compact Fusion Neutron Source | ||
| YOMO Hiroyuki | Wireless Network Control for Vehicular Networks | |
| Intelligent Wireless Access | ||
| Cross-layer Protocol Design for Wireless Networks | ||
| Associate Professor | HANADA Yoshiko | Evolutionary Computation |
| Combinatorial Optimization | ||
| Multi-objective Optimization | ||
| HIRATA Kouji | Future Networking | |
| Optical Network | ||
| Network Optimization | ||
| SATO Shingo | Device and process Simulation | |
| TEG development for device analysis | ||
| Theory and modeling on semiconductor physics | ||
| WADA Tomotaka | Wireless Mobile Communications | |
| Intelligent Transport Systems | ||
| Ubiquitous Sensor Networks | ||
| YONETSU Daigo | Analytical and Experimental Study about Characteristics in Induction Heating Cooker | |
| Analytical and Experimental Study about Characteristics in Induction Power Transmission System | ||
| Analytical and Experimental Study about Electromagnetic Environment | ||
| Assistant Professor | Emmanuel Ayedoun | Human-Computer Interaction |
| Emotionally Intelligent Systems | ||
| Embodied Conversational Agent | ||
| OSAWA Hodaka | Study on Discharge Mechanism of Beam Colliding Fusion Neutron Source | |
| Numerical Study of Plasma with Particle Simulation | ||
| Study on Advanced Fuel Fusion Reactor | ||
| TAKARADA Jun | Microscopic Property of Ferroelectric Polymer Film | |
| Field Effect Transistor with Piezoelectric Gate Insulator | ||
| Test for Piezoelectric Constant of Polymer by Direct Method | ||
| MOTONAKA Kimiko | Motion planning for a quadrotor | |
| Autonomous control systeam for a group flight | ||
| Path Planninge | ||
| YOSHIDA Soh | Image/Video semantic analysis | |
| Content-based multimedia retrieval | ||
| Social media analysis |