Electron acceleration by a binomially chirped laser pulse
2021
A two-parameter model for chirping the frequency of a plane-wave laser pulse is introduced using a binomial expansion. Acceleration of single electrons, through interaction with the plane-wave binomially chirped laser pulse, is investigated by solving the relativistic equations of motion, analytically and numerically. Multi-GeV energy gains are reported from interaction with 10
$$^{20}$$
W/cm
$$^2$$
peak-intensity chirped pulses.
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