We experimentally demonstrate the generation of 5.0-fs optical pulses (2.5 μJ, 1-kHz
repetition rate), using only a spatial light modulator for phase compensation. Pulse …

Simultaneous temporal and spatial shaping of ultrashort optical pulses is demonstrated. A
two-dimensional mask pattern is used to filter spatially separated frequency components …

We report on computer controlled compression of femtosecond laser pulses using a
programmable liquid crystal spatial light modulator which is feedback-controlled by an …

We review the field of femtosecond pulse shaping, in which Fourier synthesis methods are
used to generate nearly arbitrarily shaped ultrafast optical wave forms according to user …

We consider a programmable, phase, and amplitude femtosecond pulse shaper based on a
two-dimensional (2D) reflective liquid-crystal (LC) spatial light modulator (SLM). A new zero …

We demonstrate the generation and complete characterization of femtosecond laser pulses
which change their intensity, frequency, and light polarization almost arbitrarily within a …

Ultrafast lasers enable a wide range of physics research and the manipulation of short
pulses is a critical part of the ultrafast tool kit. Current methods of laser pulse shaping are …

We report on a simple and robust technique to temporally shape ultrashort pulses. A number
of birefringent crystals with appropriate crystal length and orientation form a crystal set …

We demonstrate the capabilities of the recently introduced interferometric parallel pulse
shaper setup and present a method for fully tailoring the three-dimensional electrical field of …

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