… We discuss such pulse shaping in Section 6. … To describe pulse shaping by photorefractive
two-beam coupling quantitatively, we use a Fourier representation of the optical-pulse …

… This tremendous experimental boost of optical pulse shaping … and impacts of optical pulse
shaping into the fast developing … where no couplings between various possible modes exist. …

… the focus of the excitation beam. The fluorescence signal is then recorded as function of the
position and the applied pulse shape. In a first experiment, the pulses were produced by an …

… coupling of a 4f pulse shaper on the spatial beam profile at a focus in an ablation experiment,
where the shaped laser beam was … We studied the way in which pulse propagation, hence …

… pulse shaper will be a coupled function of space and time (equivalently of space and frequency).
The form of the coupled … out of the main beam and are lost upon coupling into an output …

… coupling with a frequency-dependent coupling factor. Our usage of the term frequency-dependent
coupling … fast temporal oscillations of the laser beams power lead to a characteristic …

… of the input optical pulse until the appearance of the pulse shaping waveform. The … of the
trigger coupling from the trigger line to the transistor gate through the small coupling capacitor. …

… Due to this coupling, no simple expression of the pulse shaper response function H (0) can
… As for 4-f pulse shaper, the beam pointing will affect the carrier envelope phase stability. But …

… In either case, the waveguide array provides an intensity dependent pulse shaping by
coupling out low intensity wings to the neighboring waveguides. This low intensity field is then …

… only chemical shifts, J couplings, and possibly quadrupolar or dipolar couplings) and can
often by … pulse shaping is typical of a wide class of AO applications (which also includes beam …