Students are expected to study the Web-based material and the corresponding material in the textbook during the time interval indicated in the schedule below.
| 9-Jan | - | 23-Jan | Module 1 | Maxwell's Equations: Quasi-static situations | |
| 23-Jan | - | 30-Jan | Module 2 | Maxwell's Equations: Electrodynamics | |
| 30-Jan | - | 6-Feb | Module 3 | Electromagnetic waves | |
| 6-Feb | - | 13-Feb | Module 4 | Electromagnetic radiation | |
| 13-Feb | - | 20-Feb | Module 5 | Electrodynamics and relativity | |
| 20-Feb | - | 27-Feb | Module 6 | Fundamental assumptions of QM, Postulates | |
| 27-Feb | - | 5-Mar | Module 7 | One-dimensional eigenvalue problems | |
| 5-Mar | - | 12-Mar | Module 8 | Angular momentum and spin | |
| 12-Mar | - | 26-Mar | Module 9 | Three-dimensional eigenvalue problems | |
| 26-Mar | - | 2-Apr | Module 10 | Approximation methods (time-independent) | |
| 2-Apr | - | 9-Apr | Module 11 | Approximation methods (time dependent) | |
| 9-Apr | - | 16-Apr | Module 12 | Scattering | |
| 16-Apr | - | 23-Apr | Module 13 | Identical particles | |
| 23-Apr | Review | Review solutions |
The Web-based material is divided into 13 modules. Each modules has a physics theme. It reviews concepts and formulas associated with this theme and presents 10 solved problems. Each solution addresses the following points:
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Concepts, principles, relations that apply to the problem: |
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Why do they apply? |
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How do they apply? |
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Details of the calculation: |
Student unfamiliar with the the concepts and formulas needed to solve a problem should refer to their junior/senior-level undergraduate textbook for a review.
If you are not using Internet Explorer under Windows, many equations probably will not display correctly. They use the Windows Symbol Font (and the MT Extra Font for hbar). Click here for fixing this problem Firefox under Windows and Linux. (Courtesy Zachary Barnett)