Abstract
High peak power few-to-single-cycle pulses are challenging to achieve in the normal dispersion regime, hence it was demonstrated in only a very few cases above the 10 mJ energy level by using the thin plate technique [1, 2], where the greatest challenge is the control of spatio-temporal couplings (STCs). Devices capable to measure such properties of the ultrashort pulses are now available [3-5], however they are spectrally limited by their detectors. Numerical simulations offer an efficient way to predict the possible STCs for these ultra-broadband pulses.
© 2023 IEEE
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