Spin-induced radiation is predicted to add 33% more photons above 25 GeV, 14% more high-energy positrons, and 46% larger electron recoil for a 60 GeV beam hitting a 10^23 W/cm^2 laser.
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The effect of the electron's spin magnetic moment on quantum radiation in strong electromagnetic fields
Spin-induced radiation is predicted to add 33% more photons above 25 GeV, 14% more high-energy positrons, and 46% larger electron recoil for a 60 GeV beam hitting a 10^23 W/cm^2 laser.