Development of a New Organic-Based Conductive Material for use in 3-dimensioanl Wiring in Next-Generation Multi-Layered Devices
Group of researchers at National Institute for Material Science (NIMS) have successfully developed a conductive wiring material for electronic application which is capable of forming at a growth rate of more than 10 times faster than the existing technology. In this research, the group of scientists has succeeded to produce a highly conductive wiring material which was consisting of a conductive organic polymer and a metal from a solution. Read more
Development of a New Material for Long Term Immobilization of Cesium Material
With all the issues surrounding the Fukushima Dai-Ichi nuclear power plant, this may come as a sigh of relief, at least for some of us who have been watching TV relentlessly to find out on the long term effect of all the nuclear substances that have been either released through air or water since March 11, Tohoku earth quake. Group of Japanese researchers at National Institute for Material Science (NIMS) have developed a new material capable of immobilizing highly concentrated cesium for an extended period of time. Read more
