Beyond the limit of mass spectrometry[PDF:635KB]

- Kinetic-energy-sensitive mass spectrometry for separation of different ions with the same m/z value -

A simple pretreatment technique for PCB analysis[PDF:635KB]

- A key to solving the PCB-waste issue: fast and accurate analysis -

Photon number discrimination with a superconducting transition edge sensor[PDF:619KB]

- New photon detection technique for realizing ultimate performances in quantum communication and metrology -

Development of a new electric power device that enables the grid-connection of numerous distributed generators[PDF:619KB]

- Low-loss superconducting thin-film fault-current limiter elements that immediately suppress short-circuit currents -

Development of an effective method of producing D-glyceric acid from glycerol[PDF:300KB]

- Materials for chemicals and pharmaceuticals to be produced from a by-product of biodiesel fuel productin -

Rapid production of bioactive substance, HMF, from saccharides[PDF:300KB]

- Realized by using high-pressure and high-temperature water in a microreaction system -

Development of low-cost photocatalyst responsive to visible light[PDF:653KB]

- Applicable to fiber, textile and plastic -

Development of a system capable of machining a metal tube of a human hair size into a complex shape[PDF:653KB]

- Highly functional microscopic medical instruments will be realized -

New, simple method for separation of metallic and semiconducting carbon nanotubes[PDF:685KB]

- Freeze, thaw and squeeze method paves the way for mass production -

Development of thin-film electroluminescent device using inorganic oxides[PDF:685KB]

Development of thin-film electroluminescent device using inorganic oxides - Plane emission of red light with a starting voltage of ≈10 V -

Development of a method for specific degradation of nuclear-localized RNAs with unknown functions[PDF:358KB]

- Road to new medical and pharmaceutical researches originated from the emerging RNA functions -

Development and Utilization of a Protein Emitting Near-infrared Light Which Easily Penetrates through Living Tissue

- Method to detect cancer cells utilizing the bioluminescence reaction of Cypridina noctiluca -

Turning on a Gene Switch in a Single Cell Using Infrared Laser

- Development of a new microscopic technology for single-cell gene induction in vivo -

Microwave-assisted Polymer Synthesis

- First commercial plant for mass production of lactic acid polymer using a microwave heating -

Micro-tubular Solid Oxide Fuel Cell Integrated Compact Modules Operable at Low Temperatures

- Potential applications include domestic power supplies and auxiliary power units of automobiles -

Simultaneous Emission of Infrared and X-ray Beams Using a Compact Free Electron Laser System

- Prospective applications include a two-color light source of infrared light and X-ray with variable energy -

High-speed Switching of High-voltage, High-power Converter Achieved by Using SiC Diodes

- It will make large-scale power converter systems in social infrastructure very compact -

Robotic Arm for Persons with Upper Limb Disabilities

- A safe and cost-effective measure for improving the quality of life -

Laser-assisted Ink-jet Technology for High-speed Printing of Fine Wiring

- New industrial ink-jet technology enables low-resistance wiring on various types of substrates -

Development of an Easily Recyclable “Lithium-Copper Rechargeable Battery”

- An innovative high-capacity, low-cost storage battery using metals as positive and negative electrodes -