Successful Development of a Desktop Apparatus Enabling Nanometer-scale Fabrication

- Enabling the realization of 50 nm fabrication over a wide area at high speed and low cost -

Ultra-Sensitive Detection of Trace Amounts of Proteins Using Fluorescent Nano Particles

- Dramatic sensitivity enhancement of antibody-based protein detection by integration of fluorescent quantum dots -

Efficient Decomposition of Environmentally Persistent and Bioaccumulative Organofluorine Compound "PFOS" by Use of Subcritical Water with Iron

A highly sensitive SPR detection of Ricinus communis toxins[PDF:256KB]

Conduction Mechanism in Semiconductor Spintronic Device Clarified[PDF:583KB]

A novel fabrication for surface microstructures on silica glass[PDF:583KB]

Geological evidence of repeated giant Chile earthquake[PDF:373KB]

Collaboration Support by Ubiquitous Intelligence and Web Intelligence[PDF:373KB]

Development of Hybrid Fast Neutron Spectrometer[PDF:357KB]

Fully Automated Two Dimensional Electrophoresis System[PDF:357KB]

Photochemical manipulation of structures and properties of liquid-crystal colloids[PDF:424KB]

Calibration of the Frequency Response of Photodetector Using Twice-modulated Light[PDF:424KB]

New "Geological Maps of Volcanoes" were Published[PDF:430KB]

An accurate method for quantum chemical computations of biomolecules[PDF:430KB]

Development of a high strength Fe-Cr alloy without a brittle sigma phase using a novel powder method[PDF:318KB]

Multi Cell Sorter on a Chip[PDF:318KB]

On-demand cell manipulation based on photo-induced cell capturing[PDF:267KB]

Doppler-free spectroscopy using continuous-wave optical frequency synthesizer[PDF:267KB]

A New Scheme of Adaptively Trainable Motion Image Recognition[PDF:523KB]

- Achieved World's Best Performance for Human and Motion Recognition -

Stabilization of β-carotene by Encapsulation within Carbon Nanotubes

- Enabling the application of stabilized functional organic molecules to industrial materials -