PHYS-E0420 - Many-body Quantum Mechanics D, Lecture, 11.1.2023-18.4.2023
This course space end date is set to 18.04.2023 Search Courses: PHYS-E0420
Topic outline
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Exercise 1 Folder
Exercises and some tips related to Lecture 1 (added also lecture notes for time-ordering from http://scipp.ucsc.edu/~haber/ph215/TimeOrderedExp.pdf)
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Exercise 2 Folder
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Exercise 3 Folderset 3... on 2nd quantization
Note: tip for problem 3 has a potential confusion. It states i_1 means particle 1 is in state i, but you should understand i_1 to mean the state label for particle 1. I.e. i_2 might be a different state and doesn't imply that particle 2 is also in the state i. -
Return exercise 3 Assignment
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Exercise 4 Folder
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Exercise 5 Folder
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Exercise 6 Folder
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Exercise 7 Folder
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Exercise 8 Folder
Set on Bose-Einstein condensation. These Thomas Clark lecture notes from Purdue have the derivation of the Euler-Lagrange equations in the beginning. Then it continues to discussing even quantization.
https://www.physics.purdue.edu/~clarkt/Courses/Physics662/ps/qftch21.pdf -
Return exercise 8 Assignment
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Exercise 9 Folder
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Return exercise 9 Assignment
Exercise 9 was largely a numerical challenge you were expected so solve. Return your solutions, figures, and code here. Note: maximum number of uploadable files is set to 3. Preferably just one pdf and tar or zip package of your code.
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Exercise 10 Folder
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Exercise 11 Folder
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Exercise 12 FolderSome sample reading material on problem 2:
- Fairly long read on Berry phase and Aharonov-Bohm effect
- The Aharonov-Bohm Effects: Variations on a Subtle Theme (Physics Today 2009)
- Classic experimental paper "Shift of an Electron Interference Pattern by Enclosed Magnetic Flux": Chambers 1960
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Return exercise 12 Assignment
You can return your solutions here. Deadline 14th of April 12:15.
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