… pulse shaper can also be a holographic pattern, written in some material which exhibits a
photorefractive … -optic femtosecond pulse shaping, using the pulse-shaping apparatus for a …

… pulse (normalized) has a similar Gaussian-like shape, and is shifted relatively to the input
pulse… of “fast light”, and originates from the pulse shape distortion due to the dynamical self-…

… This section describes the different methods that can be used for the fabrication of waveguides
in photorefractive crystals. Diffusion, ion exchange, implantation of ions, deposition of …

… whose in tensity varies sinusoidally with posi tion in the crystal. If this sinusoidal pattern of
light forms within a photo refractive crystal, electric charges will move to generate an electric …

… Ding, RM Brubaker, DD Nolte, MR Melloch, and AM Weiner, “Femtosecond pulse shaping
by dynamic holograms in photorefractive multiple quantum wells,” Opt. Lett., vol. 22, pp. …

… We proposed a new method for measurement of ps light pulses. Using this method, we
have recorded the pulse shape of mode-locked Nd:YAG laser pulse in photorefractive LiNbO3, …

… photorefractive responses in the case of short excitation [28], but we believe that it cannot
explain the behavior of BSO photorefractive crystals under … of our BSO single crystal (grown by …

… A majority of the applications of photorefractive crystals (PRC’s) suggested so far (see, eg, …
, based on modulation of the drift photorefractive nonlinearity by application of an ac external …

… , nonlinear crystals and the material dispersion of the pulse shaper), … pulse shaper before
being converted to an ∼3-ps mid-IR … The crystal was heated to 100 C to avoid photorefractive …

… pulse along the time-axis when compared to readout pulse. Conclusions of our study could
be used in many areas, such as pulse shaping and … in pulse shaping and signal processing. …