Fundamental studies and applications of opto/electronic/chemical properties of surfaces and interfaces of quantum structures

Basic studies on the electronic properties of surfaces and interfaces of quantum nano-structures, that are prepared by both physical and chemical techniques, are performed. The control and generation of novel optical/electronic/chemical functions are aimed. Focus is placed on the interdisciplinary topics of electronic physics and chemistry.

Optical and electronic properties of surfaces and interfaces of quantum structures
Epitaxial growth mechanisms of strained III-V semiconductors
Synthesis and physical properties of colloidal semiconductor nanoparticles
Future generation solar cells
Nanoscopic properties of metal-semiconductor interfaces
Electrostatic scanning probe measurements
Development of visible light driven photocatalysts

http://www.toyota-ti.ac.jp/Lab/Zairyo/QIL-Website/Home-J.html