Quantum Physics 2 - 115204
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Lecture |
Exercise |
Laboratory |
Project or Seminar |
House Work |
Weekly Hours |
4 |
2 |
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8 |
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Determination of the grade according to progress during the semester and a final examination.
Prerequisites:
| | | | Quantum Physics 1 |
115203
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Overlapping Courses:
| | | | Quantum Optoelectronics |
046052
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| | | | Quantum Optoelectronics |
049052
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Incorporated Courses:
| | | | Quantum Theory 2 |
114204
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Schroedinger'S and Heisenberg'S Representations. Correspondence with Classical Dynamics. Angular Momentum (Spin Orbit Coupling, Fine and Hyperfine Structure, the Zeeman Effect). the Periodic Table (Hund'S Rules, Level Occupation), Chemical Bond and the Hydrogen Molecule, the Helium Atom. Dynamics in a Magnetic Field (Landau Levels, the Aharonov-Bohm Effect). Scattering Theory (Including Partial Waves and the Born Approximation). Time-Dependent Perturbation Theory (Including the Fermi Golden Rule, Absorption and Quantum Transitions). the Semiclassical Approximation and the Bohr-Sommerfeld Rules. Foundations of Quantum Mechanics (Measurment Theory, Epr, Bell).
הערות
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מתרגל אחראי:
בודק תרגילים:
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TextbooksPublished | Publisher | Authors | Book |
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1977 | wiley | cohen-tannoudji, c. | quantum machanics |
1996 | wiley | gasiorwiog, s | quantum physics |
2003 | freeman | tipler, p.a. | modern physics |
Created in 15/01/2021 Time 17:18:58