… of a self-transformed laser pulse. By the term ‘supercontinuum generation’ we understand
the … transformation of the pulse in the medium and we exclude the spectrum of the initial laser …

… Unfortunately, with nanosecond pulses, more quantitative analyses with numerical
simulations are not practical, but in Section 4 we consider such analyses for femtosecond pulses. …

… Recently, we have developed a model for the accurate description of ultrashort pulse …
effects contributing to SC generation under femtosecond pulse excitation. Through numerical …

… the art of femtosecond supercontinuum generation in various … : multioctave supercontinuum
generation with pumping in the … , flexible and robust pulse compression techniques, which …

… all gases and pulse durations. Although the maximum intensity of the focused, femtosecond
pulse in an … generation was only observed with the femtosecond pulse when the threshold …

… and spectral characteristics of the supercontinuum, and to … supercontinuum generation seeded
by femtosecond pulses … scattering, and dispersive wave generation are reviewed in detail. …

… supercontinuum generation via collinear two-color filamentation in sapphire crystal, by
launching two femtosecond pulses … pulses, we observe dramatic changes in the supercontinuum …

… spectral broadening of femtosecond Ti:sapphire laser pulses reveals important … supercontinuum
generation, as shown by the results of our measurements with OPA femtosecond pulses…

… femtosecond pulses at 1550 nm with compressed pulses at the end of a single mode fiber
(SMF) pigtail. The system generates 34 femtosecond pulses at … The pulses are generated in a …

… In conclusion, we have investigated the filamentation and self-compression of femtosecond
pulses focused in argon by a lens of focus length 60 cm at different input powers and pulse …