Anisotropic photon and electron scattering without ultrarelativistic approximation
Anderson C. M. Lai, Kenny C. Y. Ng
Abstract
Anderson C. M. Lai, Kenny C. Y. Ng
Abstract
The authors present exact numerical computations leading to a general theoretical formalism of Compton and inverse Compton scattering in several key astrophysical processes, such as X- \ensuremath{\gamma}-ray polarization and astrophysical jets. Their assumption of (1) anisotropic photons and electrons, and (2) no ultrarelativistic approximations, demonstrates major deviations in certain regimes compared to previous calculations.
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The authors present exact numerical computations leading to a general theoretical formalism of Compton and inverse Compton scattering in several key astrophysical processes, such as X- \ensuremath{\gamma}-ray polarization and astrophysical jets. Their assumption of (1) anisotropic photons and electrons, and (2) no ultrarelativistic approximations, demonstrates major deviations in certain regimes compared to previous calculations.
Key concepts: Physics, Compton scattering, Photon, Electron, Scattering, Isotropy, Anisotropy, Inverse