Strong-field physics and attosecond spectroscopy
Dozent: Prof. Dr. Giuseppe Sansone
Zeit: 4 st, Mo, Di 10-12
Ort: SR II
Übung: 1 st, Mi 9-10
Beginn: 24.04.2017
Programme:
Interaction of atoms and molecules with intense laser fields (20 hour):
- Introduction and Keldysh parameter (2 hours)
- Processes occurring in intense laser fields (4 hours)
- Theoretical description of strong-field physics with low-frequency fields (8 hours)
- Theoretical description of strong-field physics with high-frequency fields (6 hours)
Generation and application of extreme ultraviolet radiation and X-ray pulses (14 hours):
- Properties of XUV radiation generated by HHG (6 hours)
- XUV pulses generated by Free Electron Lasers (6 hours)
- Transport, focusing and characterization of XUV radiation (2 hours)
Generation and characterization of few-cycle laser pulses (14 hours):
- Hollow-fiber compressor (2 hours)
- Optical parametric amplification (4 hours)
- Temporal characterization (4 hours)
- Carrier-envelope phase of ultrashort pulses (4 hours)
Attosecond spectroscopy (12 hours):
- Time-resolved photoelectron spectroscopy (4 hours)
- Photoion spectroscopy (2 hours)
- Coincidence spectroscopy (2 hours)
- Transient absorption spectroscopy (2 hours)
- High-harmonic spectroscopy (2 hours)
Total: 60 hours