260113 VO Experimental techniques for atomic, molecular and Quantum Physics (2014S)
Labels
- Successful exam in QM1 and E3 are the minimum requirement, "Quantenpraktikum" useful
- Lecture QNP IV of WS 2013 can be helpful but is not needed
- Lecture QNP IV of WS 2013 can be helpful but is not needed
Details
max. 30 participants
Language: German
Examination dates
Lecturers
Classes
Currently no class schedule is known.
Information
Aims, contents and method of the course
Assessment and permitted materials
Written test at the end of the semester.1. Exam: 27.6.2014, 3h written test
2. Exam: 03.10.2014, 3h written test
3. Exam: 03.12.2014, 3h written test
2. Exam: 03.10.2014, 3h written test
3. Exam: 03.12.2014, 3h written test
Minimum requirements and assessment criteria
Understand the theoretical concepts behind modern experiments
Examination topics
- No written lecture notes, no hand-outs, only black board
- Books and articles will be cited for reference
- Books and articles will be cited for reference
Reading list
Association in the course directory
MF 6, MaG 17, MaV 5, Dok1.
Last modified: Mo 07.09.2020 15:41
2. How to understand diffraction of complex molecules at ultrathin gratings
3. How to compute molecular properties
4. Atom interferometry in a Feynman Path integral picture
5. Density matrices and Wigner Functions for matter wave experiments
6. Practical limits to quantum interference experiments
7. Fundamental limits to quantum interference experiments
8. Advanced matter-wave metrology
9. Biomolecular properties
10. If time allows: Introduction to optical cooling of nanoparticles