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Dr. László VeiszMax-Planck-Institut für Quantenoptik
Abteilung für Attosekundenphysik
Hans-Kopfermann-Str. 1
85748 Garching, Germany
| office: | C 2.27 |
| phone: | (+49 89) 32905 – 233 / – 767 / – 765 |
| fax: | (+49 89) 32905 – 649 |
| email: |
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research expertise and fields
- Application, improvement of ultra-intense, ultra-short, multi-Terawatt lasers
- Application, improvement of few-cycle, sub-Terawatt kHz lasers
- Spectral, temporal, spatial, etc. characterization of laser pulses
- Laser-contrast improvement using plasma mirrors and/or cross-polarized wave generation
- Optical Parametric Chirped Pulse Amplification (OPCPA) system development and characterization (Light Wave Synthesizer 20 (LWS-20): 16 TW, 130 mJ, 8 fs, 10 Hz)
- Plasma parametric instabilities (SRS, TPD) and nonlinear plasma processes (3/2 harmonic generation)
- Temporally resolved X-ray spectroscopy using streak cameras
- Laser-driven electron acceleration with multi-terawatt sub-10fs sources ("bubble" / "blow out" regime, laser wakefield acceleration with external injection, acceleration in capillaries)
- Characterization of laser-accelerated electrons (spectrum, charge, divergence, normalized transverse emittance, magnetic field, bunch duration)
- Temporally-resolved electron diffraction
- Ultra-intense single attosecond pulse generation via high harmonic generation in gases with a >100 mJ, 8 fs OPCPA system
- Ultra-intense single attosecond pulse generation via high harmonic generation on plasma surfaces (coherent wake emission, relativistic oscillating mirror)
- Laser-driven proton and ion acceleration
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