Gene Sequence Design Technology for Increasing Protein Production of Microorganism

– Using information technology to accelerate bio-manufacturing –

Development of High-Sensitive Digital X-ray Imaging Device with Large Field of View for Infrastructure Inspection

– Drastically increase the efficiency of non-destructive inspection of industrial infrastructures –

Fivefold Increase in Emission Efficiency of GaN Micro LEDs at Low Current Density

– A step toward realization of high-efficiency, high-resolution micro LED displays –

Highly Durable Polarizing Sheet with Low Reflectance Realized by Printing Technology

– Reflectance reduced to 1/10 or less than that of conventional wire grid polarizers –

Performance Improvement of Reservoir Computing Using Nanomagnet

– Promoting development of compact AI hardware with low-power consumption and high integration –

Behavior of Fluid in Plate Subducting Directly Below the Japan Islands Related to the Occurrence of Slow Earthquakes

– Towards understanding of the mechanism of slow earthquakes in the Nankai Trough –

Development of a Flexible Sensor Sheet Capable of High-Definition Measurement of Wide Temperature Distributions

– Visualization of temperature distributions in hidden locations –

A Solid Material That Converts Near-Infrared Light to Visible Light Realized by a Solution Coating Method

– Elucidation of mechanism of conversion process provides clues for improving emission yield –

Elucidation of the Mechanism of Dry Environment Resistance via Ant Neuropeptide

– Neuropeptide controls synthesis of hydrocarbons on the body surface –

Long Lifetime and Heat/Pressure Resistant O-Ring Developed at AIST Goes on Sale

– World's first commercial product using the Super-Growth single-walled carbon nanotubes –

“Groundwater Maps” That Can Be Understood at a Glance Published on Website

– Creating an environment that lets anyone view groundwater information –

Small Minority Microbes in Activated Sludge Influence the Overall Wastewater Treatment Performance

– New analysis approach for understanding reaction mechanisms in the environment based on the microbial genetic diversity –

Development of Multi-Scale Simulation System for Development of Innovative Functional Materials

– Release of simulation system developed to shorten material development periods by domestic industry –

Use of Ultra-high Precision Planar Circuit Measurement Technology to Evaluate Printed Wiring Performance in the 300 GHz Band

– Accelerating utilization of communication and sensors that use untapped frequency ranges –

Observation of Nanometer-size Antibody Aggregates in Solution

– Progress in elucidation of the aggregation mechanism of therapeutic antibodies –

Molecular Mechanisms of Nest Repair with Body Fluid Discharged from Aphid Soldiers

– Gall repair with “super-coagulating body fluid” by enhanced wound repairing mechanisms –

Development of Phase-transition Heat Storage Component that Achieves Both High Heat Storage Density and Robustness

– Heat storage and cooling without melting inside electronics, machines, and structural components –

Development of Material Measurement Technology to Drive Expansion of Millimeter-wave High-speed Wireless Communication

– Realizing high-precision permittivity measurement in an ultra-wide band up to 170 GHz –

An Industrial Method for Treatment of Carbon Nanotube Wastewater Using a Hypochlorite Compound

– Contributing to safe and secure industrialization of carbon nanotubes –

Start of Free Distribution of "Long-term Care Robot Development Guidebook"

– Publication of final products of AMED project to promote the Development and Introduction of Robotic Devices for Long-term Care (Standard Formulation and Evaluation Project) –