Development of Compact Model for Tunnel Field-effect Transistors

- Contributes to the design of ultra-low-power, large-scale integrated circuits -

Measurement and Evaluation of the Internal State of an Organic Light Emitting Diode Device during Light Emission

- First-ever success in evaluating molecules within a sealed organic light emitting diode device in operation -

Intermolecular Space Evaluation Using Slow Positrons Extracted into the Atmosphere

- In-situ evaluation of functional thin films such as desalination membranes -

Molecular Basis of Body Color Change in Red Dragonflies

- Redox underlying the body color change -

Pressure Sensor Array Made with Polyamino Acid

- An affordable and mass-producible printed large-area sensor -

Highly Sensitive Detection of a High-molecular-weight Ion Using Nano-structured Superconductors

- Overcoming the limitations of existing mass spectrometers -

Gel Material with the Ability in Self-healing with Light

- Control of a three-dimensional network of particles in a liquid crystal with light -

Organic Nanotube Gels to Restore the Activity of Denatured Proteins

- Restores the native structure of protein and protects it from heat and chemicals -

X-ray absorption fine structure spectroscopy of light elements for green chemistry[PDF:859KB]

- Opening a new era of materials analysis utilizing superconducting tunnel junction detector -

Calibration technique for neutron dosimeters using pulsed white neutron sources[PDF:859KB]

- Open the door to obtaining the energy response curve of neutron dosimeters experimentally -

For quantitative measurements of high and ultrahigh vacuum[PDF:945KB]

- Development of standard conductance element -

Technique for reliable thermal diffusivity measurement[PDF:945KB]

- Approach for inherent thermal diffusivity of solid materials -

Development of silicon nitride ceramic with high thermal conductivity[PDF:713KB]

- Expected as circuit boards for power devices -

Position control of a transistor source-drain junction with sub-nanometer accuracy[PDF:713KB]

- Expected to be a new junction technology for the MOS transistors of 16-nm generation and beyond -

Manufacturing technology for single-crystal thin films of organic semiconductors[PDF:653KB]

- Highest-performance printed thin-film transistors have been realized -

Factor regulating the aging and rejuvenation of the brain[PDF:653KB]

- Discovery of an environmental factor for the activation of aged neural stem cells -

Development of positive electrode materials for low-cost and high-performance rechargeable lithium-ion batteries[PDF:619KB]

- Co- and Ni-free and high capacity positive electrode materials -

Development of diamond bipolar transistor[PDF:619KB]

- Low loss power device contributing to a sustainable society -

New production technology for polycrystalline silicon solar cells[PDF:637KB]

- Surface texturing method of wafers sliced with fixed-abrasive wire -

Materials Able to be Repeatedly Liquefied and Solidified at Room Temperature by Light Irradiation

- Reusable by fluidizing and hardening without the application of heat -