Innovate the materials research and development with integrating data

2020.08.27 Update

Japanese government is promoting the “Society 5.0” concept in order to realize the future society which is characterized by the sophisticated integration of cyberspace with physical space (“the real world”).
Following this, the Research and Services Division of Materials Data and Integrated System (MaDIS) was newly established in NIMS in April 2017 with the aim of enhancing the research and development (R&D) of “Integrated materials development system”, which will be an important system to connect the ICT (cyber) and the Materials (physical), and the materials data platform supporting this system.
This division sets out to offer a paradigm for the materials R&D which leads the significant acceleration of R&D with integrating data science, computational science, theory and experiment.
The “SIP-MI Lab.” that develops technologies for materials integration as a part of the “Structural Materials for Innovation” program which is leaded by the Cabinet Office since FY 2014 and the “Center for Materials research by Information Integration” that was established in 2015 were incorporated in this division. The “MOP-MI Lab.” that utilizes materials informatics at the Materials Open Platform (MOP), where NIMS promotes open innovation with industries, has been launched. Along with this, the “Materials Data Platform Center” that was newly established in this division constructs the world’s largest and highly functional materials data platform as a primary effort to support the integrated materials development system.


Figure. Optimization of superalloy powder manufacturing processes using machine learning
2020.11.30 Update Press Release

Achieving Cost-Efficient Superalloy Powder Manufacturing Using Machine Learning

—Technique Efficiently Optimizes Complex Manufacturing Processes and May Reduce Aircraft Engine Component Production Costs—

2020.10.20 Update Press Release

Multifunctional Adhesive Material Inspired by Persimmon Tannin

—Compatible with Metallic, Organic and Inorganic Materials, the Use of This Adhesive May Greatly Facilitate Miniaturization and an Increase in the Performance of Electronic Devices—

2019.09.10 Update Press Release

Development of a Highly Durable and Water-Repellent Material Inspired by Porcupinefish

—Abrasion-Resistant and Flexible, It May Be Used to Protect Various Structural Materials—

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