Research Laboratories
and Subjects

• Yukio Tsutsui Lab (YASKAWA-TokyoTech Collaborative Research Chair)

  

  Innovative motors & actuators for robot

  We, a member of the YASKAWA-TokyoTech Collaborative Research Chair, aim to realize innovative motors & actuators that contribute to improving the performance of Industrial Robots.

  • Motor
  • Actuator
  • Mechatronics
  • Robot
• Fujii and Omote laboratory
  

  3D cell structure for future mobile communication

  We study 3D spatial cell structure for ultra wide area communications covered both the ground and the sky.
  • beyond 5G
  • Wireless communication
  • Antenna
  • IoT
  Detailed Site
• Shirane Lab
  

  RF Integrated Circuits Contributing Earth & Space

  Our research group conducts research and development on "Integrated Circuits for Wireless Communications and Wireless Power Transfer".
  • Wireless communication
  • Satellite communication
  • Wireless power transfer
  • Radio frequency integrated circuits
  Detailed Site
• Shigeru Nakagawa Lab

  

  Photonics for Future Computing

  Our research focuses on surface-emitting vertical microcavity and integrated photonics to realize cryogenic computing, quantum, and neuromorphic computers.

  • Semiconductor laser
  • Semiconductor vertical microcavity
  • Integrated photonics
  • Optical transmission
• Arai Lab
  

  Quantum sensing x Informatics

  Our team aspires to boost quantum sensing via informatics technologies and realize innovations that deserve quantum transformation (QX).
  • Quantum metrology
  • Machine learning
  • Next-generation sensors
  Detailed Site
• Kawabe Lab
  

  Towards Stable and Sustainable Power Systems

  We explore innovative technologies ensuring stable electric power supply under changing environments such as integration of renewable energy sources.
  • Electric power systems
  • Renewable energy sources
  • Energy storage
  • Numerical simulation
  Detailed Site
• Nakamura and Endo Lab (YASKAWA-TokyoTech Collaborative Research Chair)
  

  Lightweight actuators for collaborative robots

  YASKAWA-TokyoTech Collaborative Research Chair, which belongs to several Departments and Schools. Mechatronics Laboratory.
  • Collaborative robot
  • Lightweight actuator
  • Mechatronics
  • Motion control
  Detailed Site
• Urakabe and Harada Lab
  

  Technology for next-generation power electronics

  We have studied modeling technology that can show the transient response of power devices for analyzing and evaluating power electronics equipment.
  • Power electronics
  • Modeling and its application technology
  Detailed Site
• Nishiyama Lab
  

  Green-IT by membrane photonic-integrated-circuits

  Optical communications underpin the internet and supercomputers. Our target is on-chip optical communications with an extremely low-power consumption.
  • Optoelectronics
  • Optical communications
  • Optical/Photonic devices
  • Photonic integrated circuits
  Detailed Site
• Tokuda Lab
  

  Creation of ultra-small wireless devices for biomedical and IoT applications

  We create ultra-small wireless devices and sensors for biomedical and IoT applications based on flexible and unique combination of circuit, material and process technologies.
  • Electronic circuit
  • Implantable devices
  • Wireless
  • IoT
  Detailed Site
• Fujita and Sano Lab
  

  High-efficiency and high-performance power electronics

  We have developed high-efficiency and high-performance power converters by using new topology and algorithm, instead of device performance
  • Power electronics
  • Electric machinery
  • Electric power engineering
  • Smart grid
  Detailed Site
• Kodera Lab
  

  Fundamental technologies toward quantum computers

  We promote both engineering research as fundamental technology toward quantum computers and basic academic research as elucidation of related physics.
  • Fundamental technologies for quantum computers
  • Quantum information devices
  • Nano quantum electronics
  • Solid-state physics
  Detailed Site
• Hagiwara Lab
  

  Power Electronics for Electric Power Systems

  Research of high-power high-voltage power electronics applicable to electric power systems and industrial equipment.
  • Power electronics
  • Motor drive
  • Electric power system
  Detailed Site
• Manaka Lab
  

  Next-generation electronics pioneered by organic materials

  We contribute to the development of orgnic electronics with our original approach based on the dielectric physics and optical measurement techniques.
  • Organic electronics
  • Dielectric materials and properties
  • Device evaluation techniques
  • Interfacial phenomena
  Detailed Site
• Ion Beam Technology Lab
  

  MeV Ion beams: Technology towards the future

  Accelerator-based studies such as heavy-ion inertial fusion, trace-element analysis, and medical engineering are available for graduate students.
  • Nuclear fusion
  • Particle accelerator
  • Ion beam
  • Medical engineering
  Detailed Site
• Tabaru Lab
  

  Medical and agricultural sensors using ultrasound

  Our group studies measurement technology using waves (acousit, ultrasound, optical wave) for medical care and agriculture.
  • Medical ultrasound
  • Agricultural measurement
  • Biological measurement
  • Welfare technology
  Detailed Site
• Hirokawa Lab
  

  Antennas essential for wireless communications

  We are leading study on planar antennas for wireless high-speed communications such as transmission of 2-hour movie data in a few seconds.
  • Antenna
  • Wireless communication
  • Electromagnetic wave
  Detailed Site
• Iino Lab
  

  Liquid crystalline organic-semiconductors

  We research novel liquid crystalline semiconductor materials, new solution process using liquid crystallinity, and organic transistors using them.
  • Liquid crystalline organic-semiconductors
  • Organic thin film transistors
  • Organic electronics
  • Imaging devices
  Detailed Site
• Hatano and Iwasaki Lab
  

  Devices for environmental and medical application

  We study power devices, spin-based quantum devices, and artificial photosynthesis devices using diamond, silicon carbide, and silicon.
  • Electron device
  • Quantum technology
  • Solid-state physics
  • Environmental and energy devices
  Detailed Site
• Tsutsui Lab
  

  Materials and process: nano- and power- devices

  Research and developments of new devices and process technologies for breakthrough to new electron devices.
  • Electroron devices, Power devices
  • Device process technologies
  • Thin film technologies and crystal growth
  Detailed Site
• Watanabe Masahiro Lab
  

  Nanostructure devices and materials for ultimate integration

  We are studying electronic and photonic functional devices utilizing electron transport and electron-photon interaction in the nano-hetero-structures.
  • Nanostructure devices
  • Crystal growth of heterostructures
  Detailed Site
• Nakamoto Lab
  

  Olfactory interface for human-friendly machine

  We are making a human olfactory interface including an olfactory sensor and an olfactory display so that human-friendly machine can be realized.
  • Intelligent information processing
  • Human olfactory interface
  • Olfactory display
  • Olfactory sensor
  Detailed Site
• Nakamura Lab
  

  Sensing and actuation with ultrasound and optical devices

  • Applied acoustic devices
  • Optical and acoustic sensing
  • Optical fiber sensor
  Detailed Site
• Nakagawa Lab
  

  Devices based on spintronics and magnetism

  Challenge for developing future devices based on spintronics and magnetsm of electron spin.
  • Spintronics
  • Magnetic materials and films
  • Magnetic functional devices and memory
  • Thin film and device fabrication
  Detailed Site
• Ohmi Lab
  

  Invention of new fuctional semiconductor devices

  We are investigateing new functional silicon devices and flexible organice semiconductor devices for future electronics.
  • Electronics
  • Organic chemistry
  • Surface physics
  Detailed Site
• Chiba Lab
  

  Power Electronics, Magnetic Levitation, Electric Machinery, Control theory, Electric power system

  Railway system, automotives, electric bike and bycycle, all moving gears are here!!
  • Hybrid vechcles
  • Magnetic Levitation
  • Motor
  • Bearingless motor
  Detailed Site
• Akatsuka Lab
  

  Plasma Science, to Diagnose, to Model and to Apply

  I am studying fundamental physics/chemistry of plasmas, particularly, spectroscopic measurement based on atomic and molecular processes.
  • Plasma science and technology
  • Plasma spectroscopy
  • Atomic and molecular processes in plasmas
  • Rarefied gas dynamics
  Detailed Site
• Aoyagi Lab
  

  Wave Engineering for Environment, Medicine, and Healthcare

  • Electromagnetic compatibility (EMC)
  • Wave propagation
  Detailed Site
• Nishikata Lab
  

  Solve EM-wave / EMC problems that surround us.

  EM absorbers, active filters, bioelectromagnetics are studied in EMC field. RF material measurement, auditory signal processing are also treated.
  • Electromagnetic compatibility
  • Microwave material measurement
  • Auditory signal processing
  Detailed Site
• Shoji Lab
  

  Lightwave manipulations in photonic integrated circuits

  We are working on photonic devices to realize novel functions for the optical communication systems by integrating semiconductors and magnetics.
  • Photonic integrated circuit
  • Silicon photonics
  • Planar lightwave circuit
  Detailed Site
• Hiroyuki Uenohara Lab
  

  Optical signal processing and photonic integration

  We have been pursuing the optical routing systems and related optical integration devices using optical signal processing systems.
  • Optical signal processing technology
  • Optical communication system
  • Optical signal distortion compensation
  • Optical switching, packet switching systems
  Detailed Site
• Okada Lab
  

  World's Fastest Millimeter-wave CMOS Transceiver LSI

  We pursue research and development of RF/Analog/Digital integrated circuit design for 5G and IoT.
  • CMOS IC design
  • Wireless for 5G and IoT
  • PLL
  • ADC
  Detailed Site
• Koyama Lab
  

  Photonic devices for communications and sensing

  We are working on high-performance semiconductor lasers, tunable devices and their integration, including microcavity, MEMS and slow-light waveguide.
  • Opto-electronics
  • Semiconductor laser
  • Optical interconnect
  • Pnotonics integration
  Detailed Site
• Yamada and Miyajima Lab
  

  Renewable Energy, Solar Cells

  In order to realize the low-carbon society and economy, we focus our research activities on renewable energy technology, especially solar cells.
  • Solar cells
  • Semiconductor devices
  • Thin-film solar cells
  • Si solar cells
  Detailed Site
• Kurosawa Lab
  

  Electoroacoustic transducers and systems

  Acoustic wave motors and piezoelectric energy harvesting devices are studied. In airboren, wide frequency transmitter and echolocation are studied.
  • Mechatronics
  • Acoustical engineering
  • Transducers
  Detailed Site
• Tomoyuki Miyamoto Lab
  

  Creation of systems with advanced photonic devices

  We aim to create high-performance/high-functional photonic devices for innovation of the next-era photonic systems.
  • Photonics
  • Semiconductor
  • Device
  Detailed Site
• Yasuyuki Miyamoto Lab
  

  Realization of high-speed devices

  • Compund semiconductor electron devices
  • High speed devices for logic application
  • Ultra-fine structures
  Detailed Site
• Kajikawa Research Group
  

  Nanophotonics based on plasmonics and metamaterials

  We study on nanophotonics based on plasmonics and metamaterials both theoretically and experimentally from both basic and application point of views. They can apply for optical emitter, laser, blackbody and biosnsors.
  • Nanophotonics
  • Biophotonics
  Detailed Site
• Okino Lab
  

  Atmospheric Plasma and its Industrial Applications

  We are working on development of brand-new atmospheric plasma sources and its applications for medical/chemical/industrial/cosmetic fields.
  • Plasma engineering
  • Plasma medicine
  • Plasma spectrochemistry
  • Applications of atmospheric plasmas
  Detailed Site
• Ito Lab
  

  Construction of hardware technology to lead IoT/IoE

  We have been researching low-power wireless circuits, sensor technology, sensor network systems, and so on.
  • Electronic circuit
  • Integrated circuit
  • MEMS
  • Sensor network
  Detailed Site
• Haruhiko Ito Lab
  

  Control of atoms with nanometric light

  We develop quantum and spin functional devices by precisely controlling atoms with near-field light.
  • Atom optics
  • Near-field optics
  • Atomphotonics
  • Nanophotonics
  Detailed Site
• Takeuchi Lab
  

  Plasma Green Tech

  We are working on the investigation of fundamental reaction processes and practical applications of plasmas such as water treatment.
  • Plasma
  • Water treatment
  • Sterilization
  • DC circuit breaker
  Detailed Site
• Pham Lab
  

  Spins for future electronics

  We develop new materials and device concepts that utilize the electron spin degree of freedom for next-generation low-power electronics.
  • Electron spin
  • Magnetic materials
  • Spin memory
  • Spin transistor
  Detailed Site