ナノエレクトロニクス : 博士1
The lecture covers wide areas ranging from basics to applications of nanometer-scale electron devices such as miniaturized transistors and various kinds of quantum effect devices, and also touches fabrication methods of nanostructural materials and overlap area between electron and optical devices. Deeper understanding about the quantum well physics, operation mechanisms of the quantum-well-based optoelectronic devices and method of fabricating the devices is expected to be attained.
保存先:
| 種別: | シラバス授業科目 |
|---|---|
| 要約: | The lecture covers wide areas ranging from basics to applications of nanometer-scale electron devices such as miniaturized transistors and various kinds of quantum effect devices, and also touches fabrication methods of nanostructural materials and overlap area between electron and optical devices. Deeper understanding about the quantum well physics, operation mechanisms of the quantum-well-based optoelectronic devices and method of fabricating the devices is expected to be attained. |
| 注記: | 2023年度版 自然科学系教育部 [GT-D] |