Members

In our lab., we focus on conventional silicon microelectronics will, sooner rather than later, reach a point at which standard structures cannot be scaled down any further. Researcheres hope that by then new-style bottom-up devices (biosensors or molecular electronics) will be ripe for commercial use. Designing structures at the nanometer scale allows the quantum-mechanical peoperties of matter to be exploited and devices with unprecedented functions to be built. To accomplish this mission, we welcome graduate students from various backgrounds of science (life, physics, or chemistry) and engineering (material, chemical, electrical, or mechanical). Integration of many different fields ensure the successful development of interdisciplinary reserach on nanotechnology.