… Phase-shaping of the spectrally dispersed beam in the Fourier plane in a 4-f … such shaping
provides the potential for spatio-temporal-coupling-induced distortion of the pulse shape in …

… beam, one obtains a shaped pulse, with the pulse shape … short reference pulse, the
spatial profile of the blue beam at … is obtained and recorded using a charge-coupled device (…

… pulse replicas generated from beam splitters and recombining them. However, the free-space
pulse shaping … Especially in the analog 4-f pulse shaper, light has to be coupled in and out …

… beam profile. In this situation, the temporal pulse self-reshaping that accompanies spatial
beam … powers above 4.5 kW) largely prevents the observation of this irregular pulse shaping. …

… which accounts for the frequency and geometry dependent coupling between transmitter and
… is the probe beam gating a receiving antenna. A pulse shaper is used in the pump beam to …

… Our main focus, however, is to describe Beamlet's novel beamshaping and wavefront-… the
diagnostics and fiber couplers. Specifically, pulse shape and Fizeau bandwidth spectra can be …

… system to demonstrate beam-… shape the power of the optical pulses. High-bandwidth,
three-section LiNbO $_{3}$ phase modulators precisely modulate the optical phase of the pulses at …

… schemes require large bandwidth and flexible pulse shaping. … flexible spatial beam shaping,
temporal pulse shaping (200 ps to … Resulting 1 psec pulses are then coupled into an optical …

… of femtosecond pulse-shaping methods and their application to spectroscopy of atoms,
molecules, and condensed materials. Pulse shaping can be used to generate femtosecond pulse …

… By introducing the effective coupling constant θj,l,m into (24), … (or beam paths), but rather two
broadband pulse modes ˆAj,l,m … , and no vacuum is coupled into the signal beam. Hence we …