magnet ours mankind has come across some extremely powerful radiation that reached us from deep space several times in the last 50 years but as often is the case with space discoveries the source was slow in being detected by astrophysicists 1979 three us Vela satellites monitoring nuclear tests on the earth detected an unusual gamma-ray flare 1992 astrophysicists assumed that there was a celestial object out there not known to science with a huge electromagnetic radiation coefficient 1998 a gamma-ray flare in the constellation Aquila a number of measuring devices registered and unaccountable anomaly with its

source located tens of thousands of light-years away from us 2004 all telescopes in the world were for a short time dazzled less than a second later every cubic centimeter in the solar system experienced a wave of gamma ray radiation the most massive bursts in the entire history of observations and today we’re closer than ever to finaly putting our finger on the nature of this discovery a magnetar is a neutron star

of dying as supernova occurs among the multiple scenarios of what may take place after that only one may leap to the star becoming a magnetar after the supernova