An early theory of the origin of these involved the breakup of relativistic "beebees" while Meszaros and Rees proposed the relativistic fireball shock model to explain their non-thermal broken power law spectrum. Woosely and Paczynski proposed that they are explicable by the collapsar model for Wolf-Rayet stars, which form black holes that feed an electron-positron-baryon jet. First detected by Vela military satellites, their afterglow was first observed by the BeppoSAX satellite using an x-ray detector and data from NASA's Compton Observatory showed they originate fro
An early theory of the origin of these involved the breakup of relativistic "beebees" while Meszaros and Rees proposed the relativistic fireball shock model to explain their non-thermal broken power law spectrum. Woosely and Paczynski proposed that they are explicable by the collapsar model for Wolf-Rayet stars, which form black holes that feed an electron-positron-baryon jet. First detected by Vela military satellites, their afterglow was first observed by the BeppoSAX satellite using an x-ray detector and data from NASA's Compton Observatory showed they originate from far outside the Milky Way. FTP, identify these astronomical phenomena classified either as long- or short-duration depending if they last over two seconds and named for their intense output of high-energy photons.
An early theory of the origin of these involved the breakup of relativistic "beebees" while Meszaros and Rees proposed the relativistic fireball shock model to explain their non-thermal broken power law spectrum.
gamma ray burster