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The experiment on laser light backscattering on relativistic electrons wascarried out at the VEPP-2000 collider. Laser radiation ({\lambda}0 10.6 {\mu}m)was scattered head-on the 990 MeV electrons inside the dipole magnet, where anelectron orbit radius is about 140 cm. The energies of backscattered photonswere measured by the HPGe detector. It was observed experimentally that due tothe presence of magnetic field, energy spectrum of backscattered photonsdiffers from the Klein-Nishina cross section. The explanation of the effect isproposed in terms of classical electrodynamics. Moreover, it appears that theexact QED predictions for the phenomenon were done more than 40 years ago.

Backscattering of Laser Radiation on Ultra-Relativistic Electrons in Transverse Magnetic Field: Evidence of Photon Interference in a MeV Scale