Nano Crystal Research Lab
- 나노 결정체 연구실
Electron motion in clean conduction sea
The motion of electrons in metals is well known. However, as we know, the motion of conduction electrons is very limited because they collide with the crystal lattice and are scattered from the surface. If there is a system in which electrons do not collide with the grain boundaries and the surface, and thus keep the coherency very long, the intrinsic nature of electrons will be different. Since materials without defects has never been made in history, there has been no way to confirm those motions. Now, our atomically flat single-crystal thin films will help reconstruct many of the stories in solid state physics and modern physics that are not well defined.
Research in this lab is focused on the following three areas.
1. Flat surface physics. 2. Oxidation Physics. 3. Making heteroepitaxy like homoepitaxy.
Research in this lab is focused on the following three areas.
1. Flat surface physics. 2. Oxidation Physics. 3. Making heteroepitaxy like homoepitaxy.