Our research is a theoretical study on the various phenomena in nature, playing in the nano-scale of space and time, by utilizing the state-of-art in both computation and computer. Based on the knowledge of quantum mechanics, statistical mechanics, or computational science, we clarify nano-scale phenomena in natural science and also construct new methods for the development.
Nanoscience forms a large continental area at a field where various fields in conventional nature science intersects together. The borders at frontier are expanding with grate force. Our laboratory of Computational Nanoscience is in the scopes of material science, molecule science, surface/interface science, and non-equilibrium science.