What's New
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2019.08.21 Update Press ReleaseDevelopment of the First Thermoelectric Module Composed Entirely of Abundant Elements
—Significant Advances in the Development of IoT Devices Equipped with Autonomous Power Supply Units— -
2019.07.09 Update Press Release -
2019.07.03 Update News Archive -
2019.06.26 Update Press Release -
2019.06.14 Update News Archive -
2019.05.22 Update Press ReleaseNanoscale Visualization of the Distribution and Optical Behavior of dopant in GaN
—Significant Advances in the Understanding of P-Type GaN Semiconductor Formation Mechanisms and Techniques Enabling Mass Production of GaN Devices— -
2019.03.22 Update Press ReleasePhotoelectric Detection of Individual Nitrogen-Vacancy Centers in Diamond
—Technique May Be Applicable to the Development of Quantum Sensors Capable of Nanoscale Spatial Resolution at Room Temperature— -
2019.03.19 Update Press ReleaseSignificant Increase in Power Output of Thermoelectric Materials Using Machine Learning
—New Approach to Chemical Composition Optimization May Expedite Practical Use of Thermoelectric Materials Composed of Abundant Elements— -
2019.03.05 Update Press ReleaseDiscovery of Significant Increase in Thermoelectric Performance in Ferromagnetic Materials
—New Approach to Increasing Thermoelectric Performance at Near Room Temperature— -
2019.02.19 Update Press ReleasePublication of Big Data on a Photovoltaic Microgrid Equipped with Rechargeable Batteries
—Actual Operational Data May Assist Design of Advanced Energy Management Systems— -
2019.02.19 Update Press ReleaseDevelopment of a Surgical Sealant Capable of Preventing Air Leaks in Inflated Lungs
—Chemically Modified Alaska Pollock Gelatin Proven to be Effective in Sealing Isolated Porcine Lungs, Ready for Preclinical Evaluation— -
2019.01.30 Update Press ReleasePublic Release of Metadata Extraction and Conversion Tools for Caracterization Meaurement Data with Machine-readability via M-DaC
— For Accelerating Materials Data Sciences— -
2019.01.23 Update Press ReleaseDesign and Validation of World-Class Multilayered Thermal Emitter Using Machine Learning
—Selection of an Optimum Structure from Approximately Eight Billion Candidates May Make Society More Energy Efficient— -
2018.12.19 Update Press ReleaseIdentifying the Origin of Macroscopic Friction between Clay Mineral Surfaces
—Friction Explained in Terms of Interatomic Electrostatic Force May Facilitate Understanding of Fault Movement Mechanisms— -
2018.12.13 Update Press ReleaseEstimation of Technology Level Required for Low-Cost Renewable Hydrogen Production
—First Demonstration of Economic Feasibility of BatteryAssistance for Hydrogen Production from Intermittent Renewable Power Generation—