• MEMS/NEMS-based terahertz detectors
• Heterostructure-based thermoionic cooling device
• Single molecule / quantum-dot transistors
• Terahertz spectroscopy of quantum nanostructures.

  Hirakawa Kazuhiko

• MEMS/NEMS-based terahertz detectors
• Heterostructure-based thermoionic cooling device
• Single molecule / quantum-dot transistors
• Terahertz spectroscopy of quantum nanostructures.

  Hirakawa Kazuhiko

• Neural tissue engineering and brain organoids
• Neural morphology and development
• Protein synthesis in neurons
• Human pluripotent stem cell-derived neurons.

  Ikeuchi Yoshiho

• Multimodal UHV AFM and Colour AFM
• Emission based oscillator measurement using FUM and FEM based techniques
• Variable temperature Liquid Atomic force microscopy and cantilevers sensors
• TEM AFM

  Kawatsu Hideki

• MEMS, Bio-NEMS, Micro/nano pattern ing, soft lithography
• SAM patterning for cell culturing/bio sensors
• Heat transfer in nano structure, Micro/nano heaters for molecular Engineering
• Microneedle patch for new drug delivery system
• Energy harvesting, power MEMS.

  Kim Beomjoon

http://www.iis.u-tokyo.ac.jp/en/research/staff/kim-soo-hyeon

• Microtechnology for Medicine.
• Microfluidic Device.
• Picoreactor.
• Single Cell Analysis.
• Liquid Biopsy.

  Kim Soo Hyeon

http://www.sat.t.u-tokyo.ac.jp/~kohno/

• Neuromimetic silicon neuronal network circuits and their application to neuromimetic artificial intelligence
• Architectural design of the neuromimetic computing.

  Kohno Takashi

https://www.naojimatsuhisa.com

• Stretchable electronic materials and devices.
• Wearable devices.
• Human-computer interfaces.
• Electronic skins for robots.

Naoji Matsuhisa

• Tissue engineering
• Biomaterials
• In vitro microvessel model
• Vascular biology

  Matsunaga Yukiko

• Chemical sensors based on organic thin transistors functionalized with molelual recognition materials
• High-throughput Analysis based on Supramolecular Sensor Arrays.

  Minami Tsuyoshi

• Integrated MEMS-VLSI technology,
• Nature Engineered Microdevices
• Nano deep 3D MEMS optoelectronic systems
• Autonomous microrobot
• Bio-inspired perception LSI systems.

  Mita Yoshio

http://www.nlab.iis.u-tokyo.ac.jp/

• Physics of nanoscale phonon heat transport
• Nano-Si thermoelectric energy harvesting
• Hybrid quantum science by phononics

  Nomura Masahiro

• Microfluidics, micro-ppaterning and advanced sensing for phylogically relevant cell-based assays
• 2D and 3D micro-fabrication and stem/progenitor cell propagation/differentiation for engineering of implementable tissues.

  Sakai Yasuyuki

SMMILe (Lille site of LiMMS)

• Seeding Microsystems for Medecine In Lille and Europe

• Flexible electronics using organic transistors
• Large-area sensors and actuators
• Molecular/organic electronics
• Printing technologies for large-area electronics
• Printed MEMS switches for power transmission.

  Someya Takao

• Multiple analyses of solar cell materials by photo-assisted nanoprobes
• Analysis of individual fine current paths in CNT-FETs
• Characterization of quantum nanostructures by conductive nanoprobes
• Development of novel nanoprobing technologies

  Takahashi Takuji

• Biohybrid MEMS
• Membrane protein chips
• MEMS for artificial cells
• Neural interfaces
• Microchambers, droplets, capsules.

  Takeuchi Shoji

• Thin-Film-Transistor (TFT) Technology as a base for advanced arrayed bio-sensors: biogical cells and biomolecules electrical manipulation and sensing
• Integrated CMOS-MEMS plateform for biological applications
• Electronic nose for bio-chemical applications.

  Tixier-Mita Agnès

• Optical MEMS
• RF-MEMS
• THz metamaterials
• CMOS-MEMS Integration
• Energy harvesters

  Toshiyoshi Hiroshi