… optical pulse shaping and manipulation are not included in this article. These include the
so-called direct space-to-time pulse shaping technique [14], [15], [16], [17], [18] and a variety of …

… from a pulse shaper incorporating metasurface I, along with that of the input pulse (solid …
enables the Fourier-transform pulse shaper to split a single optical pulse into two replicas time-…

… This review captures certain aspects and impacts of optical pulse shaping into … ultrafast
pulse shaping have been advanced, among which fast and programmable optical pulse shaping …

… in the complementary areas of ultrafast optical pulse-shaping, waveform synthesis, and …
Using pulse-shaping techniques, one can now engineer femtosecond pulses into complex opti…

… pulse corresponding to this complex pulse shape, we first take the Fourier transform of the
optical pulse to … Then, the correspondence between RF time and optical frequency is used, as …

… reducing data transmission rates in optical communications networks. This chapter focuses
on acousto-optic femtosecond pulse shaping, using the pulse-shaping apparatus for a Bragg …

… of shaping and propagation of ultrafast pulses in fibers is examined theoretically using an
adaptive pulse-shaping model, based on genetic algorithms, that furnishes optimized pulse …

… Similar to applications of optical pulse shaping for ultrafast optical communications [31] and
… from ultrafast current surges in photoconductive switches excited by shaped optical pulses. …

… From a technical point of view, the primary distinction of recent activity is that the degree
of control over the ultrafast optical excitation field itself has reached unprecedented levels. …

… the ultrafast optical tweezers. … ultrafast pulse shaping at MHz repetition rates which would
be critical for implementing simultaneous temporal control with the ultrafast single-beam optical …