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Radiation reaction in ultrarelativistic laser-spinning electron interactions

超相対論的レーザーとスピン電子の相互作用による放射減衰

瀬戸 慧大*; 長友 英夫*; Koga, J. K.; 三間 圀興*

Seto, Keita*; Nagatomo, Hideo*; Koga, J. K.; Mima, Kunioki*

The intensity of ultra-short pulse lasers has reached $$10^{22}$$ W/cm$$^2$$ owing to the advancements in laser technology. The large radiation from the electron behaves something like resistance in this ultrarelativistic laser-electron interaction. This effect is called the "radiation reaction". The equation of motion with the radiation reaction is known as the Lorentz-Abraham-Dirac equation; however, this equation does not incorporate the spin property. In laser plasmas, classical physics descriptions are preferred for simulations. This paper discusses how to describe the radiation reaction of a spinning relativistic electron in classical dynamics.

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パーセンタイル:22.1

分野:Physics, Multidisciplinary

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