Quantum Matter Group

Experiments with Ultracold Quantum Gases
 
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Teaching

Academic Year 2012/2013:

Module PC3233, Atomic and Molecular Physics I

When: AY12/13, Semester I, Tuesdays 12-14 pm, Fridays 12-14 pm
Where: tba
Docent: Kai Dieckmann
Credit: 4

 

Academic Year 2011/2012:

Module PC5216, Advanced Atomic and Molecular Physics

When: AY11/12, Semester 1, Mondays 8-10 pm, Wednesdays 6-8 pm
Note: first lecture on August 15th, 2011
Where: S12-04-03
Docent: Kai Dieckmann
Credit: 4

Module PC3280, Student Seminar Series

When: AY11/12, Semester II, Wednesday 10 am - 12 noon
Where: S12-04-03
Docents: Kai Dieckmann / Dzmitry Matsukevich
Credit: 4 (CS/CU)
Introduction to module & topic distribution: Wednesday, Jan 11th, 2012
First two seminar talks: Wednesday, February 1st, 2012
Maximum 20 talks
Recommended prerequisites: English Language, Quantum Mechanics I
Inquiries: Assoc. Prof. Kai Dieckmann:

Tentative list of topics to select from:

  1. Interaction of light and two level atom
  2. Trapping and cooling of atoms with light
  3. Quantum states of light and matter
  4. Bose-Einstein condensation of atomic gases
  5. Coherence of light and matter
  6. Entanglement: generation and application
  7. Squeezed states of light and matter
  8. Optical pumping
  9. EIT, slow and stopped light
  10. Quantum memories, and their applications
  11. Diffraction of atoms from light gratings
  12. Schrödinger cat states
  13. Quantum opto-mechanics
  14. Ion traps
  15. Controlling ions with light
  16. Quantum information with ions
  17. Atom interferometry
  18. Fine structure constant, g-2 measurment
  19. Frequency combs
  20. Atomic clocks
  21. Hydrogen spectroscopy

Academic Year 2010/2011:

Module PC5239, Special Problems in Physics: Ultracold Quantum Matter

When: semester 1, Mon 8-10 pm + Wed 6-8 pm
Where: S12-04-03
Docent: Kai Dieckmann
Credit: 4
flyer

 

Previous teaching at Ludwig-Maximilians-University of Munich, Germany