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A novel method for shaping ultrashort pulses is demonstrated using a high resolution, high efficiency (85%), reflective, 4096 element liquid crystal SLM in a prism-based apparatus. We demonstrate dispersion correction and pulse-shaping with this device.
Spectral phase correction (TBP<1.005) of femtosecond regeneratively amplified pulses using a MIIPS-enabled pulse shaper positioned between the oscillator and amplifier is performed. Rigorous characterization of the shaped output pulses will be presented.
We demonstrate a simple and efficient grism based stretcher/compression system for the first time. 40 fs, 300 muJ pulses are generated at 5 kHz using this unique amplifier design.
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