… , a pulse energy of 240 J with a pulse-to-pulse amplitude fluctuation below 5% was obtained.
In conclusion, 10 fs pulses with energy … by a new compression technique based on spectral …

… were generated respectively, with energies up to 240 µJ [12]. In the following we will report
in detail on pulse compression experiments performed using 20-fs input pulses. A broadband …

… have occurred in the field of ultrafast-pulse generation, in particular the development of
high-… For best pulse compression, an optimum fiber length L opt exists, and its value is well …

… sub-20-fs high-energy laser pulses yet generated and the shortest pulses yet obtained
from such a system. Significant improvements in pulse intensity, pulse quality, and prepulse …

… in the visible region, and pulses 40 fs long with energy of … technique leading to even shorter,
compressed, laser pulses. … of the hollow fiber pulse compression technique, which can be of …

… on the generation of high-energy light pulses … pulse compression scheme for Ti:sapphire
laser pulses [Citation74]. CP Hauri et al. achieved 5.7 fs CEP-stable pulses with 0.38 mJ energy …

… 10 kJ in 10 fs pulses. As mentioned earlier, none of the existing … This step opens the way
to pulse compression at the MJ … C 3 technique makes possible the generation of high energy …

… energy of about 2.5 J and a pulse duration of 23 fs [26]. The schematic setup for post-compression
of high energy ultrashort pulses … for post-pulse compression and characterization. M1: …

… techniques of nonlinear fiber optics allow M the generation of … experiments on the pulse
compression using the “dispersion… of compressed pulses by the “polarization” technique using …

… new extracavity pulse-compression technique suitable for generating high-energy femtosecond
pulses… extracavity pulse compression. Again, SPM introduced by the gas broadens the …