White Dwarf Attodriver – lasers for attosecond sciences
OPCPAs for XUV attosecond pulse generation
- Few-cycle pulses at 800 or 2000 nm
- Average power > 12 W
- CEP stable < 150 mrad
Introduction
Compact few-cycle laser for attosecond pulse generation
The White Dwarf Attodriver is designed for attosecond science and efficient XUV generation enabled by carrier-envelope phase (CEP) stable few-cycle pulses on a compact footprint.
On a compact footprint of less than < 1 m² our one-box solution integrates an industrial pump laser with a high-performance few-cycle CEP-stable OPCPA. With two available wavlengths 800 nm or 2000 nm you can target either the EUV or soft-X-ray water window spectral region for your unique attosecond light source.
Features
High peak power for attosecond pulse generation
> 300 µJ with 9 fs (800 nm)
Best CEP stability
< 150 mrad over 8 hours
Drive soft-X-ray water window HHG
> 300 µJ with 25 fs (2000 nm)
Compact design with industrial pump laser
Full attosecond driver laser on < 1 m² footprint
Specs
|
WD Attodriver 800 |
WD Attodriver 800 Pro |
WD Attodriver 800 Ultra |
WD Attodriver 2000 Pro |
WD Attodriver 2000 Ultra |
|
|---|---|---|---|---|---|
|
Pulse Energy |
40 μJ |
150 μJ |
300 μJ |
150 μJ |
300 μJ |
| Repetition rate |
200 kHz |
40 kHz |
40 kHz |
40 kHz |
40 kHz |
| Pulse duration |
< 10 fs |
< 10 fs |
< 10 fs |
< 30 fs |
< 30 fs |
| CEP stability |
< 250 mrad |
< 150 mrad |
< 150 mrad |
< 150 mrad |
< 150 mrad |
Performance
Applications
-
Time-resolved ARPES
-
Large research facilities
-
Free-electron or synchrotron pump-probe lasers
FAQ
Publications
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April 25, 2025Zhaopin Chen,…,Michael Krüger, Attosecond Pulses from a Solid Driven by a Synthesized Two-Color Field at Megahertz Repetition Rate. ACS Photonics, Vol 12/Issue 5, (2025)
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August 22, 2024Dandan Hui,…, Mohammed Hassan, Attosecond electron microscopy and diffraction, Science Advances 10 (2024)
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October 19, 2023Chlouba, T., Shiloh, R., Kraus, S. et al. Coherent nanophotonic electron accelerator. Nature 622, 476–480 (2023)
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April 8, 2022Husain Alqattan, Dandan Hui, Vladimir Pervak, and Mohammed Th. Hassan, Attosecond light field synthesis, APL Photonics 7, 041301 (2022)













