Semiconductor Materials Laboratory

Utilizing the strange phenomena in the nano world for material development

As semiconductor devices are increasingly functionalized and miniaturized, the film materials used in them have reached the thickness of several nanometers. In this tiny world, we witness strange physical phenomena unthinkable in the ordinary world, such as particles piercing through walls. Our laboratory conducts research with the aim to use the phenomenon known as “quantum effects” to develop new functional materials.

College of Engineering Chemistry and Materials Environment and Materials Engineering / Graduate School of Engineering and Science（Master's Program） Materials Science and Engineering Course / Graduate School of Engineering and Science（Doctor's Program） Functional Control Systems Course

Faculty Name

KYUNO, Kentaro

Keyword

Next-generation energy materials,Nanotechnology,Membranes,Materials,Solar cells,Semiconductors

Laboratory location

Research Building TOYOSU Campus 11F 11I25

This lab is for this SDG activity:

STUDY FIELDS

Materials Science and Engineering
Applied Physics

FOR SOCIETY

The semiconductor materials we are studying have been applied for information technology-related devices such as memories, solar cells and other energy-related devices. Besides, we conduct research on a wide range of materials based on solid state physics.

RESEARCH THEMES

Development of a new non-volatile memory
Research on the basic properties of membranes
Conducting research on the crystal growth mechanism of membranes