Faculty and Research Laboratories
Research Laboratories
and Subjects
Result
Shown
All
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Tokuda LabDetailed Site
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. -
Nishiyama LabDetailed Site
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. -
Fujita LabDetailed Site
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 -
Kodera LabDetailed Site
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. -
Hagiwara LabDetailed Site
Power Electronics for Electric Power Systems
Research of high-power high-voltage power electronics applicable to electric power systems and industrial equipment. -
Manaka LabDetailed Site
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. -
Ion Beam Technology LabDetailed Site
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. -
Fukuda Lab
device simulation and modeling
Recently, semiconductor devices are studied including new device structures, new materials and new device principles. The role ofphysical computer simulations becomes more and more important. Our group focuses on semiconductor device simulations and device modeling. -
Tabaru LabDetailed Site
Medical and agricultural sensors using ultrasound
Our group studies measurement technology using waves (acousit, ultrasound, optical wave) for medical care and agriculture. -
Hirokawa LabDetailed Site
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. -
Iino LabDetailed Site
Liquid crystalline organic-semiconductors
We research novel liquid crystalline semiconductor materials, new solution process using liquid crystallinity, and organic transistors using them. -
Hatano and Iwasaki LabDetailed Site
Devices for environmental and medical application
We study power devices, spin-based quantum devices, and artificial photosynthesis devices using diamond, silicon carbide, and silicon. -
Tsutsui LabDetailed Site
Materials and process: nano- and power- devices
Research and developments of new devices and process technologies for breakthrough to new electron devices. -
Watanabe Masahiro LabDetailed Site
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. -
Nakamoto LabDetailed Site
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. -
Nakamura LabDetailed Site
Sensing and actuation with ultrasound and optical devices
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Nakagawa LabDetailed Site
Devices based on spintronics and magnetism
Challenge for developing future devices based on spintronics and magnetsm of electron spin. -
Ohmi LabDetailed Site
Invention of new fuctional semiconductor devices
We are investigateing new functional silicon devices and flexible organice semiconductor devices for future electronics. -
Asada LabDetailed Site
Realization of semiconductor source in terahertz frequency
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Chiba LabDetailed Site
Power Electronics, Magnetic Levitation, Electric Machinery, Control theory, Electric power system
Railway system, automotives, electric bike and bycycle, all moving gears are here!! -
Akatsuka LabDetailed Site
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. -
Aoyagi LabDetailed Site
Wave Engineering for Environment, Medicine, and Healthcare
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Nishikata LabDetailed Site
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. -
Mizumoto and Shoji LabDetailed Site
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. -
Hiroyuki Uenohara LabDetailed Site
Optical signal processing and photonic integration
We have been pursuing the optical routing systems and related optical integration devices using optical signal processing systems. -
Okada LabDetailed Site
World's Fastest Millimeter-wave CMOS Transceiver LSI
We pursue research and development of RF/Analog/Digital integrated circuit design for 5G and IoT. -
Koyama LabDetailed Site
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. -
Nanahara LabDetailed Site
Exploring an electric power system for a new age
We explore innovating technologies ensuring stable supply of electricity under changing environments such as massive integration of renewable energies. -
Yamada and Miyajima LabDetailed Site
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. -
Kurosawa LabDetailed Site
Electoroacoustic transducers and systems
Acoustic wave motors and piezoelectric energy harvesting devices are studied. In airboren, wide frequency transmitter and echolocation are studied. -
Tomoyuki Miyamoto LabDetailed Site
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. -
Yasuyuki Miyamoto LabDetailed Site
Realization of high-speed devices
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Kuzumoto and Horiguchi LabDetailed Site
Modeling of power devices for high-performance
In order to realize high-performance power converters, we are developing the power device models emphasizing on the experimental verification. -
Kajikawa Research GroupDetailed Site
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. -
Okino LabDetailed Site
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. -
Ito LabDetailed Site
Construction of hardware technology to lead IoT/IoE
We have been researching low-power wireless circuits, sensor technology, sensor network systems, and so on. -
Haruhiko Ito LabDetailed Site
Control of atoms with nanometric light
We develop quantum and spin functional devices by precisely controlling atoms with near-field light. -
Yasuoka and Takeuchi LabDetailed Site
Plasma Green Tech
We are working on the investigation of fundamental reaction processes and practical applications of plasmas such as water treatment. -
Pham LabDetailed Site
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. -
Ishibashi LabDetailed Site
Quantum nanoscale devices
We try to realize coherent manipulation of individual electrons, spins, photons, and cooper pairs in nanoscale devices, which is essential to the quantum computers.
