Formic Acid, a High-pressure Hydrogen Source, Reproduced from Carbon Dioxide

– Direct synthesis from recovered carbon dioxide and hydrogen –

Development of Long-life Miniature Oxygen Sensor

– New electrode without metal leakage avoids degradation of sensor performance –

Indicators for Early Detection of Cardiovascular Disease Risk

– Simultaneous measurement of brachial pulse waveform and heart sound for easy measurement –

Tiny Warriors and Innovative Technology Are Here to Fight Back against Antibiotic-resistant Biofilms

– Researchers showed that antibiotic-infused silver nanoparticles can effectively break down biofilms while unveiling a new sensing method to assess antimicrobial activity –

Savior for Illuminance Evaluation in Lighting Spaces

– LEDs solve the problem of discontinued luminous intensity standard lamps indispensable for illuminance meter calibration –

New Technology for Redacting Digitally Signed Documents, Developed Jointly by Hitachi and AIST, Has Been Adopted as an ISO/IEC International Standard

– Ensures both privacy and authenticity of publicly released documents, contributing to a safe data-utilization society –

Detection of Trace Amounts of Hazardous Substances in Soil

– Developed a technique to detect mercury with high sensitivity at the sampling site –

Novel Anti-thrombogenic Coatings to Overcome Endovascular Therapy Challenges

– Reduction of thrombosis risk and antiplatelet drugs –

Development of Environmentally Friendly Flow Synthesis Technology Using Innovative Catalysts

– Efficient synthesis of materials such as pigment dyes, pharmaceuticals, and battery materials using hydrogen –

Generation of the World's Top Level Time Scale with a High Uptime Optical Lattice Clock

– Progress toward realization of a stable national time and frequency standard for a long term –

Challenge in Detection of Dark Matter with Optical Lattice Clock and Cesium Fountain Atomic Clock

– Simultaneous and high availability operation of "a redefinition candidate" and "a current definition" of the second that contribute to international atomic time is key –

"Spring-Water Temperature Difference Power Generation" That Can Generate Electricity When Immersed in Spring Water

– Effective use of the thermal energy of flowing spring water as electricity –

World's First Standardization of a Method for Confirming the Reliability of Hermetic Sealing Inspections

– Reference test piece with micropores to evaluate the flowability of gases and liquids –

Successful Demonstration of a Superconducting Circuit for Qubit Control within Large-scale Quantum Computer Systems

– Density of qubit-controlling-signals per cable may increase by approximately 1,000 times –

Correct Free-energy Landscape Expressed by New Formula

– Correctly evaluates the stability and reactivity of the shape of molecules, such as of proteins and catalysts –

Assessment of Seafloor Methane Dynamics in Gas Hydrate Area

– Coexistence of aerobic and anaerobic methanotrophs is key to methane consumption –

Microorganism-produced Plastic Improves Biodegradability and Elongation of Polylactic Acid

– Contributing to solving the problem of marine plastic waste –

Gut Microbes Prime Immunity of Pest Insects

– Gut microbes break through the intestinal tract to activate the insect immune system –

Developed an Integrated Circuit That Automatically Compensates for the Sensitivity of High-performance Magnetic Sensors

– Cutting-edge integrated circuit design techniques stabilize sensor sensitivity and expand applications –

Discovery of the Tightest Arrangement of Bilayer Alkali Metals between Graphene Layers

– Suggests potential to increase battery capacity –