New Clue to the Cause of Gender-Specific Diseases

– Use of epigenetics to solve mysterious inheritance patterns that cannot be explained by Mendel's law –

Diverse Types of Microorganisms Work Together to Stably Degrade 1,4-dioxane, a Recalcitrant Pollutant in Industrial Wastewater

– The roles of unknown microorganisms in the natural environment identified by using a new high-sensitivity stable isotope tracing technique –

“ABCI” Cloud Computing System for AI Achieves World’s Fastest Deep Learning Speed

– Also ranked fourth in the world for energy-efficient supercomputers –

Computing Method and Circuit to Reduce the Training Process Time of Machine Learning by Up to 80%

– Contributing to expand business opportunities of business operators by speeding up the service optimization process –

Mass Production of Useful Recombinant Proteins Using Chicken Eggs Through Genome Editing

– Expected to realize biological factories with chickens that lay “golden eggs” –

Negative Electrode for High Capacity Lithium-ion Secondary Battery That Does Not Degrade

– Use of thin silicon oxide nano-film realizes negative electrode capacity five times greater than graphite electrode –

An Easily Regeneratable Granular Adsorbent for Clean Air in Livestock Facilities

– Ammonia removal even under actual conditions with humidity and other gases –

Symbiotic Fungi of Cicadas Are Derived from Fungal Parasites of Cicadas

– Demonstrating evolutionary connection between parasitism and symbiosis –

Commencement of Vehicle Tests of Interior and Exterior Parts Using a Component of Wood

– Towards practical use of materials using glycol lignin –

Realizing High-quality Precision Processing with Ultra-compact Machinetool by Combining Processing Technologies

– Expected to contribute to the production of new functional metal products for automobiles and medical devices –

Development of a Catalyst to Synthesize Ammonia at Low Temperatures and Pressures

– Started verification testing as the first step in realizing a hydrogen energy carrier –

Development of Practical Heat-resistant O-ring That Is Durable and Economical

– Composite of super growth single-walled carbon nanotubes and a fluoroelastomer –

12% Efficiency Achieved with a Cascade-type Thermoelectric Module

– High efficiency achieved in different module configurations by creating nanostructures –

Development of Multi-color Luminescence Platform Using Fluorescent Dye-conjugated Luminescent Substrates

– Expecting applications to medical and environmental diagnoses with artificial luminescence –

Flow-type Microwave Synthesizer Enables Highly Efficient Synthesis of Organic Materials

– Widening the range of solvent, and contributing to rapid development and flexible production –

Prediction of Magnetic Materials Containing No Magnetic Elements

Development of Synthesis Technology for Various Monoatomic Films

– Contributing to the realization of new high-quality 2D materials with advanced electron microscopy technology of AIST –

Development of a Technique for Forming Large Surface Area Polymer Thin Films (Polymer Brushes) in Air at Room Temperature

– Potential for the increased functionalization of various surfaces –

Practical Use of Artificial Teeth (Dentures) Made with 3D Printing Technology

– Making it possible for digital dental manufacturing to replace conventional dental casting –

Production of Euglena-derived Substances That Boost Secretion of a Weight-loss Hormone

– Potential to improve metabolic syndrome with a substance from Euglena –