The laboratory is equipped with a state-of-the art 1 Petawatt laser system built on Ti:Sapphire technology.
The CETAL-PW Laser system is a multistage amplifiers designed to amplify ultra short pulses with the gain about 109
and repetition rate by 10 Hz for TW output and 0.1 Hz for PW output.
![](../_files/_PW/pictures/PW_3D.png)
The amplification is based on the “Chirped Pulse Amplification” (CPA) technique and consists of a special pulse stretcher,
a regenerative amplifier pumped by a Nd:YAG or Nd:YLF laser (the second harmonic) depending on the repetition rate,
several multipass amplifiers depending on the requested output pulse energy and a pulse compressor. The laser pulses are guided in vacuum (10-6 mbar)
to the interaction chamber by a 26 m long transport line using 5 flat fully motorized mirrors. The interaction chamber is a 6 m3 aluminium box with a 1.3 x 2.5 m
optical breadboard and two pumping system working at 10-6 mbar vacuum.
The target chamber is placed in a bunker having 1.5 m thick walls and 2 m thick ceiling made of high-density barite concrete.
![](../_files/_PW/pictures/cetal-pw.jpg)
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