Designing and Building of Quantum Chemistry Grid[PDF:489KB]

New VOF Based Stabilized Finite Element Method for ill-Conditioned Two-Phase Flow[PDF:370KB]

Titanium Dioxide is Crafted into Photonic Nanostructures (Photonic Crystal Structures)[PDF:370KB]

The World's First Precise Human Model for ESS Training[PDF:357KB]

Implicit Estimation of Sound Arrival Time[PDF:357KB]

Development of a Novel Profile-Profile Comparison System, FORTE1[PDF:413KB]

Hierarchical Odor Coding in Receptors[PDF:413KB]

- Biological system may be designed to extract common or unique information of objects -

Context-Dependent Relation Process in Episodic Memory: An fMRI Measurement[PDF:363KB]

A Functional SNP in BDNF Gene Impairs Human Memory[PDF:363KB]

A Novel Method for RNA Sequence Data Analysis[PDF:366KB]

Data Compression Method for Graphic Arts Developed by AIST to be Incorporated into the ISO Standards

- Lossless Compression Efficiency up to 20 % or More Higher than That of the Latest International Standards Accomplished -

Outsize Tsunamis Caused by Multi-Segment Inter-Plate Earthquakes along the Kuril Trench

- As Demonstrated by Tsunami Deposits on the Pacific Coast of Hokkaido and Tsunami Numerical Simulation -

Development of a Remote Support System for Hearing-Impaired Students

- Testing Initiated in Collaboration with the Tsukuba College of Technology -

World-First Success in Alignment of Wave Guide-Optical Fiber Arrays Simultaneously in Input and Output sides

- Leading to the Mass Production of Functional Devices for Optical Communications and Accelerating the Spread of Fiber-to-the-Home (FTTH) -

AIST team develops genetic algorithm-based method to adjust clock timing that allows power consumption to be halved in high-speed LSIs: Adjusted clock timing provides enhanced clock frequencies and reduced design times

Nano-Scale Pit Geometry Inspecting Device Developed for Ultra-High Density 100 GB Optical Disk Master

Optical Disk Inspecting System Combined with Atomic Force Microscopy

A high-precision atomic clock with an accuracy of less than a second per twenty million years has been developed

AIST synthesizes a new (Zn,Cr)Te semiconductor material that is ferromagnetic at the highest temperatures seen to date:

Research paves the way for spintronics elements that combine both magnetic and semiconductor functionality

The world's largest superconductive film (30cm X 10cm) has been produced.

- A critical current density of 1,000,000 A/cm² or more has been implemented in a low-cost solution process -

High-Accuracy Mass Measurement for Preparation of Reference Gas Mixtures[PDF:93KB]