Abstract
A proposal is made and calculations are reported for a neodymium glass laser system capable of generating picosecond terawatt-power pulses with a leading edge of ~ 1 ps duration at the 10−13 level. Formation of a pulse at λ = 1.056 μm would involve a two-stage stimulated Raman scattering process of frequency conversion of ruby laser radiation in SF6 and H2.
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