Osaka University 21st Century COE Program
HomeJapanese PageSite Map
Design and Application of
Structurally Advanced Materials
and Reliability Evaluation Project
Functional Device System
Integration Project to
Create Intelligent Artificial Objects
Design and Development
Project of Materials for
Biological Reconstruction
Organization Members
Stepping on world-class results such as the "Discovery of a new structure magnetic dot memory" and the "Discovery of Fe-Pt magnetostrictive substances", next generation functional devices used to control various intelligent artificial objects including humanoid robots and micro-machines, and their integration technology will be built.
知的人工物創成のための機能デバイス・システムインテグレーションプロジェクトConcretely, by carrying out the development of special materials that can be used in very highly integrated magnetic memory elements, high performance electro-magnetic conversion elements, ultra-functional semiconductor elements, magnetostrictive actuator elements, high sensitivity sensor elements, etc., and evaluation of the materials, and by further performing development and surface evaluation of highly reliable nano-electronics assembly process for these materials and elements, development of a new nano-joining process and evaluation of its reliability, building of systems for ultra-rapid processing and transmission of large amounts of information, and their evaluation, an integrated production design system will be established, for materials, function and reliability.
Page Top Page Top
Copyright 2003 Osaka University. All Right Reserved.
Center of Excellence for Advanced Structural and Functional Materials Design, Osaka University