Collaborative Research

Here we introduce some of our typical research activities.
Collaborations among program members and affiliated faculty are also noted.

1.MITSUISHI Mamoru	Innovative medical systems utilizing phenomena in the extended nanospace
2.KASAGI Nobuhide	Research on Solid Oxide Fuel Cell
3.MATSUMOTO Yoichiro	Subject of research(PDF)
4.SAKAI Shinsuke	Multiscale simulation in a materials-strength field
5.KANEKO Shigehiko	Study on Application Method of Biomass Resources Based on Analysis of Elementary Reaction Mechanism
6.MARUYAMA Shigeo	Growth Control and Optical Spectroscopy of Single-Walled Carbon Nanotubes
7.KATO Chisachi	Development of Fluid-flow and Aeroacoustics Simulation Software and Innovation of Industrial Design
8.ISHIHARA Sunao	Dynamic properties of micro/nanomechanical structures for innovative mechanical devices
9.NAKAO Masayuki	High-throughput replication of large-area optical devices
10.SUDA Yoshihiro	Subject of research(PDF)
11.SUZUKI Shinji	Research on Micro Unmanned Aircraft
12.TAKEDA Nobuo	Subject of research(PDF)
13.NAKASUKA Shinichi	Architecture, Element Technology and Utilization for Nano-satellites
14.KAGEYAMA Kazuro	Innovation of Carbon Fibers, Composite Materials and Structural Health Monitoring
15.YOSHIMURA Shinobu	Intelligent Simulation & Design　for Systems Innovation
16.FUJITA Toyohisa	Developing Recycling and Energy-efficient Technologies based on Nano and Micro Structure Observations
17.SUGA Tadatomo	CNT Via Interconnect by Surface Activated Bonding and Transfer Method
18.TAKAMASU Kiyoshi	Nanometer Profile Measurement and Establishment of Traceability
19.IKUHARA Yuichi	Nano space at crystal interfaces and mechanism of their materials’ properties
20.KOSEKI Toshihiko	Multi-layered Steel to achieve Ultrahigh Strength and Ductility
21.WATANABE Satoshi	Simulation on Nanoscale Electric Transport and Related Phenomena
22.KITAMORI Takehiko	Development of Low-Temperature Bonding Method and Application to Micro/Nano Chemical Systems
23.YAMAGUCHI Yukio	Creation and Application of Nanomaterials Based on Self-Organized Processes
24.OKUBO Tatsuya	Syntheses and Applications of Nanospace Materials