Research Results Archive

Success in the Development of a Semiconductor Laser Using High Density and High Uniformity Quantum Dots

- Toward the realization of the fastest quantum dot laser in the world -

Development of Optical Backplane with 3 tera bps of Communication Capacity

- Stimulating the development of next-generation high-speed routers and servers for the optical broadband age -

Manufacturing of radio frequency ID tags on flexible substrates using an entire printed method

- Development of a technique to fabricate very low-cost radio frequency ID tags -

Portable Ultrasound Measures Muscles, Bones, and Subcutaneous Fat

- Health Checks with Echo Imagery -

New Method for Producing Bulk Metallic Glasses[PDF:286KB]

The relationship between seismic motion and geology[PDF:716KB]

Change in future earthquake probability due to fault interaction[PDF:716KB]

New Cleanup Technology for Diesel Exhaust by Using Electrochemical Ceramic Reactor[PDF:447KB]

A Novel Method for Fixing the Anisotropic Orientation of Dispersed Organic Nanocrystals in a Magnetic Field[PDF:447KB]

Development of a new calorimeter for accurate absolute calibraiton of laser energy[PDF:255KB]

Development of SiC static induction transistors (SiC-SITs) with ultra-low power loss[PDF:255KB]

Development of acoustic emission method for monitoring superconducting devices.[PDF:691KB]

Complex Network Analysis for Organizational Management[PDF:691KB]

The lowest on-resistance in the normally-off power MOSFET[PDF:434KB]

- Development of SiC IE-MOSFET -

Development of an environmentally conscious hard metal FeAl-WC[PDF:434KB]

Thin Films of Single-wall Carbon Nanotubes that Emit Polarized Light[PDF:286KB]

Development of am energy-saving sintering process using microwave technology[PDF:286KB]

Toward the realization of ultimate continuous-wave light sources[PDF:618KB]

- Generation of arbitrary wavelength light with a continuous-wave optical parametric oscillator -

Development of Organic Ferroelectrics Using Low-Molecular-Weight Materials[PDF:618KB]

Nanoporues Materials for Lithium Storage Device with High Power and High Energy Densities[PDF:168KB]