GRB 200522A is believed to have been formed when two neutron stars collided and exploded, creating an extremely large and bright short-ray gamma burst. The brightness of the emission was 10 times that of predicted, and was around 10,000 times more powerful than the sun in its entire 10 billion year lifetime.[2] These findings and numbers, aided by the Hubble, have concluded that the kilonova is masking an extremely large and magnetized nuetron star.[3]
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Prominent astronomer and professor Wen-fai Fong stated about the kilanova “It's amazing to me that after 10 years of studying the same type of phenomenon, we can discover unprecedented behavior like this,”.[4]
ADS stated "This is substantially lower than on-axis short GRB afterglow detections but is a factor of ≈8-17 more luminous than the kilonova of GW170817 and significantly more luminous than any kilonova candidate for which comparable observations exist."