Induced scattering of strong waves in pair plasmas saturates at a level set by the wave-to-plasma energy ratio, so waves with a0 ω0/ωpe ≫ 1 propagate with little scattering even when the amplitude a0 exceeds 1.
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Particle-in-cell simulations of FRB-like pulses in electron-positron-ion plasmas demonstrate piston and wakefield ion acceleration regimes that produce power-law energy spectra consistent with cosmic rays.
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Induced Scattering of Strong Waves in Pair Plasmas
Induced scattering of strong waves in pair plasmas saturates at a level set by the wave-to-plasma energy ratio, so waves with a0 ω0/ωpe ≫ 1 propagate with little scattering even when the amplitude a0 exceeds 1.
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Acceleration of Ultrahigh Energy Particles from Fast Radio Bursts
Particle-in-cell simulations of FRB-like pulses in electron-positron-ion plasmas demonstrate piston and wakefield ion acceleration regimes that produce power-law energy spectra consistent with cosmic rays.