A time-domain Raman theory enables engineering nonlinear response in gas mixtures for up to 80% efficient Raman shifting in hollow-core fibers, with unity efficiency possible.
Time-resolved observations of coherent molecular vibrational motion and the general occurrence of impulsive stimulated scattering
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Highly-efficient perturbative Raman shifting by engineering the nonlinear temporal response
A time-domain Raman theory enables engineering nonlinear response in gas mixtures for up to 80% efficient Raman shifting in hollow-core fibers, with unity efficiency possible.