Ultrafast and intense laser metrology
Ultrafast and intense laser metrology
Ref. LSL-18
5 DAYS (35H)
OBJECTIFS
- Master laser field representation
- Understand the many laser field parameters (energetic, spatial, temporal, spectral, spatio-temporal, …)
- Review up-to-date laser metrology techniques
- Train on common metrology techniques during hands on sessions
- Interact directly with the many industrial partners in charge with the trainings
- Build a network of users within the European community and exchange knowledge and how-to among the participants. Initiate collaborations.
PUBLIC
- Users or designers of high intensity/high energy/high average power lasers
- Technicians, Engineers, researchers
- Undergraduate and PhD students
ÉVALUATION
- Assessment
- Certificate of completion
INTERVENANTS
- Experts in their field
PROGRAMME
- Basic concepts: Ultrashort and intense laser sources, laser field representation, laser parameters, linear and non-linear optic
- Measurement methods: Energy (Photodiode, pyroelectric, thermopile) ;
Spectral (wavemeter, Fabry-Perot, monochromator, imaging spectrometer, FTIR, …)
Temporal (Autocorrelation, FROG-type, SPIDER-type, D-Scan, Wizzler, CEP, …)
Spatial (Knife-edge, CCD, …, M2, Shack-Hartman, multilateral interferometry, …)
Spatio-temporal couplings (Termite, …) - Special cases: THz characterization ; XUV/attosecond pulse characterization
- Lab work: Time-frequency duality ; SNLO ; Spatial propagation ; Energy, power, intensity ; Spectral measurements ; Temporal ; Spatial ; Spatio-temporal ; THz
MÉTHODES & MOYENS PÉDAGOGIQUES
- Lectures: 50%
- Hands on training: 50%
