Phys 139b-12!
| Differences between revisions 68 and 72 (spanning 4 versions) | Back to page |
|
Size: 1706
Comment:
|
Size: 1735
Comment:
|
| Deletions are marked like this. | Additions are marked like this. |
| Line 10: | Line 10: |
| * The midterm with solutions can be found at the "Homework+" link above. * The midterm review session summary is posted, with some comments added. Click "Lecture+" above. * The midterm will be held on Nov. 6, Tuesday, in the same class room. It will cover all materials related to Lecture 1 through Lecture 8. |
* We have completed the time-dependent perturbation theory. After the Thanksgiving break, we will be covering '''Scattering'''. Then, '''Adiabatic theorem''' and '''Berry's phase'''. ''Happy thanksgiving!'' * The histogram of midterm score distribution can be found at Homework+. – ~-''<<DateTime(2012-11-11T16:04:53-0800)>>''-~ |
Welcome to Phys 139B, 2012!
We have completed the time-dependent perturbation theory. After the Thanksgiving break, we will be covering Scattering. Then, Adiabatic theorem and Berry's phase. Happy thanksgiving!
The histogram of midterm score distribution can be found at Homework+. – 5:04PM, Nov 11, 2012
You may notice that there are couple of challenge questions on the forum site. If you provide a good answer to a challenge question, then you will definitely be recorded in my good deeds file. Please regard challenge questions as "bounty hunter questions" or "extra credit questions."
Welcome to the second part of Quantum Mechanics!
In this course, you will learn how to use Quantum Mechanics, now that you have thoroughly learned, in 139A, what Quantum Mechanics is. (However, we will review the essentials of the formalism of Quantum Mechanics, as we begin 139B.) The topics to be covered include perturbation theories, the variational principle, scattering, the WKB approximation, the adiabatic principle and the Berry's phase. These contents that you will learn will make you feel good, I believe, not only because you will learn to calculate things and apply your results to physical situations, but also because this process of using Quantum Mechanics will enrich your notion of what Quantum Mechanics really is all about.