Advanced Atomic, Molecular and Optical Physics (MKEP3)

Material

• Lecture-01-Introduction.pdf
• Lecture-01-Theory-v1.pdf
• Lecture-02-Theory-v1.pdf
• AAMOP2024-10-23-HydrogenSpectroscopy.pdf
• NobelLectureHaenschRevModPhys.78.1297.pdf
• ProtonSizeRydbergConstantBeyerScience.aah6677.pdf
• SizeOfProtonPohlNature09250.pdf
• Lecture-03-Theory-v1.pdf
• AAMOP2024-10-30-HydrogenicSystems_new.pdf
• AAMOP2024-11-06_H-like_G_Factor.pdf
• Lecture-05-Theory-v1.pdf
• AAMOP2024-11-13_RabiRamsey.pdf
• AAMOP2024-11-20_CoolingIonTraps.pdf
• Lecture-06-Theory-v1.1.pdf
• Lecture-04-Theory-v1.pdf
• Lecture-07-Theory-v1.pdf

Exercise sheets

• 00
  
  • problem-00.pdf
  • solution-00.pdf
  • fig-01.py
• 01
  
  • problem-01.pdf
  • nature09250.pdf
  • solution-01-v2.pdf
• 02
  
  • PerseusHitomiNature2016.pdf
  • spectra-1.png
  • spectra-2.png
  • problem-02.pdf
  • solution-02.pdf
• 03
  
  • problem-03.pdf
  • solution-03.pdf
• 04
  
  • problem-04.pdf
  • solution-04.pdf
• 05
  
  • problem-05.pdf
• 06
  
  • problem-06.pdf

Practice groups

• Group 1 (Maciej Galka)
  27 participants
  INF 501 01.102, Fri 09:15 - 10:45
• Group 2 (Christian Ott)
  27 participants
  INF 227 03.403, Thu 16:15 - 17:45
• Group 3 (Bernold Feuerstein)
  26 participants
  INF 501 01.103, Thu 16:15 - 17:45
• Group 4 (Alexander Dorn)
  26 participants
  INF 227 03.402, Thu 11:15 - 12:45