Two counterpropagating continuous-wave laser beams can imprint energy combs on a free-electron beam through stimulated Compton scattering, and electron recoil over millimetric distances dramatically increases temporal compression.
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Free-Space Optical Modulation of Free Electrons in the Continuous-Wave Regime
Two counterpropagating continuous-wave laser beams can imprint energy combs on a free-electron beam through stimulated Compton scattering, and electron recoil over millimetric distances dramatically increases temporal compression.