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A new Universe Today, gamma-ray bursts are no longer the mystery they once were.
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If gamma-ray bursts are responsible for cosmic rays, IceCube should be able to tell.
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Tell us more I work on gamma-ray bursts, which are big releases of energy.
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Astronomers intend to revisit the locations of previous gamma-ray bursts.
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No one knew what they were, and for decades, these gamma-ray bursts confounded scientists.
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It could mean that gamma-ray bursts produce less than 82 percent of high-energy cosmic rays.
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But the discovery of gamma-ray bursts revolutionised that view.
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These include pulsars, supernovas, quasars, and gamma-ray bursts.
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Another life destroyer could be to blame: intense waves of radiation called gamma-ray bursts (GRBs).
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The weak gamma rays seen in EM170817 are dissimilar to classical short gamma-ray bursts with ultrarelativistic jets.
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Following each of the gamma-ray bursts, it took more than half an hour for any neutrinos to arrive.
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It's now clear that the study of gamma-ray bursts has paved the way for a new kind of astronomy.
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These spectacular phenomena, gamma-ray bursts, occur several times a day, but remain one of the mysteries of the cosmos.
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With two separate instruments recording gamma-ray bursts of different energies, GLAST is expected to help puzzle out those origins.
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But perhaps the most lasting legacy of gamma-ray bursts is how they have changed our perspective of the cosmos.
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Supernovae are bright, and once astronomers could easily locate gamma-ray bursts, they found that they always coincided with supernovae.
