Astronomers studying six super luminous supernovae during Fermi's mission discovered that these exceptionally bright stellar explosions (up to 100 times brighter than normal) are powered by magnetars—spinning, super magnetized neutron stars that release enormous energy through their powerful magnetic fields and rapid rotation.
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Supernovae 100x Brighter ExplainedHinzugefügt:
But, in the past couple of decades, astronomers have found supernovae up to 100 times brighter than usual. The mystery is how these super luminous supernovae were powering up.
Astronomers looked at six near super luminous supernovae to occur during Fermi's mission.
Only one in 2017 shows evidence of gamma rays, the highest [music] energy form of light.
Analysis of these findings clearly favors one explanation. [music] The extra power comes from a spinning super magnetized >> [music] >> neutron star called a magnetar.
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