Welcome to Phys 156!
| Textbook |
Semiconductor Device Fundamentals, by Robert F. Pierret, 2nd ed. (’96) |
| Instructor |
Gey-Hong (Sam) Gweon |
|
In this course, we will discuss the application of solid state physics in semiconductor devices and, if time allows, magnets and superconductors.
|
|
Despite the higher course number, this course requires much less physics background than physics 155. Its prerequisites are only 101A and 101B. It does not require you to have taken 155. Here is how I think about what you need to know prior to this course. A solid background in classical mechanics and electromagnetism at the level of introductory courses is required. Some familiarity with quantum mechanical concepts (e.g. Heisenberg uncertainty principle, Pauli exclusion principle) and thermodynamical concepts (e.g. chemical potential) is also required. However, these topics will be succintly reviewed in class, without using too much math, on an as-needed basis. Deep knowledge in quantum mechanics or statistical mechanics or solid state physics is not assumed. Likewise, math skills beyond basic calculus are not required.
|
|
With less physics and math background required, this course will instead emphasize the overlap of physics and real world applications. So, this course will be a lot of fun, but in a slightly different way than typical physics courses. Last but not least, and in the same vein, this course will use the computer-assisted learning technique. This course will involve computer based assignments. Some familiarity with computer language (Mathlab, Mathematica, Python, ...) would be nice. However, it is not required, as I plan to “hold your hands” on this. If you are not familiar with any computer language, do not worry -- I will adjust and help. I will discuss more about this when the course opens.
|
This course strongly encourages student participation and discussions.
