Astronomical missions concerned with these entities include INTEGRAL, which was launched in2002, and Swift, which was launched in 2004. The Compton Edge results from these entitiesscattering off a scintillator during spectroscopy. An optical afterglow characterizes the aftermath ofthe emission of these entities, which may b
Astronomical missions concerned with these entities include INTEGRAL, which was launched in2002, and Swift, which was launched in 2004. The Compton Edge results from these entitiesscattering off a scintillator during spectroscopy. An optical afterglow characterizes the aftermath ofthe emission of these entities, which may be caused by the collision of a neutron star and a black hole.The only periodic emission of this (*) radiation are from sources called its namesake "soft repeater." Thisregion of the spectrum is emitted during a namesake burst, which is the brightest known event in theuniverse. For 10 points, name this high energy region of the electromagnetic spectrum that is named after aGreek letter.
Astronomical missions concerned with these entities include INTEGRAL, which was launched in2002, and Swift, which was launched in 2004.
gamma rays [accept gamma ray bursts or GRBs or soft gamma repeaters; prompt on "photons" or "high-energy photons"]