Fakultät für Physik
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Quantum Optics – Lecture


Prerequisites:

Basic knowledge in atomic physics and quantum mechanics I.

Course content:

  1. Semiclassical Light-Atom-Interaction, Optical Bloch Equations
  2. Quantization of the Electromagnetic Field, (Fock States, Coherent States, Squeezed States) 
  3. Quantized Light-Atom Interaction: Jaynes-Cummings-Model
  4. Dressed State Picture
  5. Quantum-Rabi Oscillations
  6. Cavity Quantum Electrodynamics, Nondestructive Detection of a Photon
  7. Wigner-Weisskopf-Theory of Spontaneous Emission 
  8. Resonance Fluorescence, Mollow Triplett
  9. Three Level Systems, STIRAP, EIT, LWI
  10. Classical Coherence Theory
  11. Correlations and Photon Statistics
  12. Spatial and Temporal Coherence
  13. Intensity Fluctuations, Hanbury Brown & Twiss Experiment
  14. Entanglement, EPR Experiments and Bell's Inequalities
  15. Schrödinger Cat States
  16. Quantum Teleportation
  17. Laser Cooling of Atoms and Ions
  18. Basic elements of quantum information processing
  19. Quantum Cryptography
  20. Quantum Computing with Ion Traps