Módulo de gestão de conteúdo (conceitos) baseado em gamificação, atrelado ao sistema de avaliação da aprendizagem (SAA)

Radiation from charged particles due to explicit symmetry breaking in a gravitational field

“…The electromagnetic (EM) field of the uniformly accelerated charge behaves as a purely electrostatic field everywhere in the Rindler frame, implying that even observers for which the charge is indeed accelerating when observed from the inertial point of view, would not detect the emitted radiation, proving that the radiation of a uniformly accelerated charge is beyond the horizon [13].…”

“…Non-local terms arise from a back-scatter process that involves the Coulomb field of the particle and the spacetime deformations and the Coulomb field is shacked back that are propagated back to the particle, where " the particle tries its best to satisfy the naive EP" [17]. Uniform acceleration of a charged particle facing also possible quantum effects was discussed by Candelas and Sciama [18], where classical results might appear incorrect either because of the difference of the quantum mechanical equations or because the classical results can give different results for different vacuum states, with an exception for Rindler spacetime [13]. In any case, distortions of the Coulomb field of the charge due to the curvature tensor of the background gravitational field may give rise to self-forces.…”