Our study aims to establish chemical processes for synthesis of hybrid nano building blocks based on supercritical fluid technology, nano-hybird technology and materials science & engineering. These studies include synthesis of organic-inorganic hybrid nano building blocks under supercritical conditions, and their directed assembly for medical applications, and metamaterials.
 We also develop novel devices with these self-assembled structures for high performance thermo-electric devices, high speed optical devices, nano sensors,and nanoreactors (high order structured catalysts).