A black coating developed using structured carbon nanotubes[PDF:568KB]

- An excellent light absorber and thermal radiator like a black body -

Development of cobalt-free oxide positive electrode material for lithium-ion batteries[PDF:568KB]

- Realization of high discharge voltage close to that of existing positive electrode material -

Electrical measuring method for quantum states[PDF:332KB]

- Applications in quantum information processing are expected -

Successful formation of fine and high aspect ratio patterning with laser assisted ink-jet printing[PDF:332KB]

- Industrial ink-jet printing for low resistance wiring on various kinds of substrates -

Imaging of single calcium atoms using electron energy-loss spectroscopy[PDF:625KB]

- Low voltage microscope enables structure analysis without destruction -

Multimedia content retrieval using automatic speech recognition[PDF:625KB]

- Sub-word based realization of speech search without any restriction of vocabulary, grammar, or language -

An invisible-light-entrainment mechanism of the Drosophila circadian rhythm[PDF:532KB]

- Re-entrainment of Drosophila rhodopsin mutants to red-LED light -

Discovery of early rising effect of a ketogenic diet on mice[PDF:532KB]

- A low-carbohydrate diet affects the circadian clock -

Universal quenching probe system: flexible, specific, and cost-effective real-time polymerase chain reaction method[PDF:501KB]

- Application expected to quantitative detection of viruses -

Development of a Low-cost Metal Substrate for CIGS Solar Cells

- 16 % conversion efficiency is achieved in CIGS solar cells using a low-cost low-carbon steel based substrate -

Development of Continuous Synthesis Equipment for Metal Nanoparticles

- Optimizing microwave irradiation and realizing a continuous synthesis process -

Achievement of the World's Highest Photovoltaic Energy Conversion Efficiency as a Flexible CIGS Solar Cell Submodule

- Slim and highly efficient integrated-type solar cell module is realized without grid electrodes on the surface -

High-Quality, High-Efficiency Automated Cell Processing Robot System Developed for Regenerative Medicine

Development of a Novel Optical Scanning Device, a Core Component of a Projection Display

-High scanning speeds of more than 25 kHz as well as large scanning angles such as 100° or greater were achieved –

Fabrication of Large-area Mosaic Wafers of Single Crystal Diamond

- Towards the realization of diamond electronic devices -

Discovery of Ferroelectricity of Croconic Acid, a Low-molecular-weight Organic Compound, at Room Temperature

- It will stimulate the development of organic materials for ferroelectric devices -

Sterilization by a Diamond LED

- Output power of deep ultraviolet light was enhanced -

Successful Atomic-level Visualization of Chemical Reactions

- Elucidation of a chemical reaction of fullerene molecules by high-resolution electron microscopy -

High-concentration Events of Fine Aerosols (PM_2.5) Observed in Northern Kyushu

- The high-concentration PM_2.5 in spring is due to the influx of PM_2.5 from other areas -

Identification of a Biological Clock in Sea Squirts

- A potentially novel and distinct biological clock mechanism -