论文信息 - Effect of the magnetic component of a laser field on the efficiency of high-energy photon burst generation from atoms ionized by few-optical-cycle pulses

Effect of the magnetic component of a laser field on the efficiency of high-energy photon burst generation from atoms ionized by few-optical-cycle pulses

The two-dimensional quantum model is developed for describing the dynamics of an atom driven by strong few-optical-cycle laser pulse taking into account the magnetic component of exciting field. The conditions are found when magnetic field strongly suppresses high-energy photon production.

Alexander M. Sergeev | Arkady V. Kim | D. Farina | Maurizio Lontano | Mikhail Yu. Ryabikin

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