Experimental coherent and quantum optics
Contents The course will combine the analysis of some of the modern coherent, nonlinear and quantum optics phenomena with the description of the state-of-the-art experimental techniques used in this area of physics. Three level atomic systems interacting with two optical fields as a basic model for a number of interesting effects will be discussed. Examples will include electro-magnetically induced transparency in atoms, atomic level crossing and atomic coherent population trapping.
New sources of light based on optical harmonic generation and parametric downconversion will be described with attention to non-classical and entangled photon sources.
Methods required in modern atomic and optical physics experiments, such as saturation spectroscopy, frequency modulation spectroscopy and laser frequency locking techniques will be discussed.
Requirements Bf.25 Optical Physics (formerly called Lasers) or equivalent is recommended.
Literature Original research articles and selected book chapters (copies will be handed out).
Structure of the course Two hours a week.
Lecturer Eugene Polzik
Point/ECTS-credits 1/5
Semester Spring