... likely it will leave behind a neutron star that will eventually turn into a fast spinning star called a pulsar. But still, the prospect of witnessing a supernova first hand and having telescopes ready to document the after...
In 2007, while looking through archival pulsar survey data, two astronomers spotted something very unusual; fleeting bursts of radio wave emission caused by some ...
... planet, stars with unusually high or low metal content, the most distant quasar and fastest-spinning pulsar, and the densest galaxy. 3) Anomalies: enigmatic targets whose behaviour is currently not satisfactorily explained. For instance...
.... Radio astronomy became ‘famous’ with the discovery of the cosmic background radiation in 1965 and the discovery of pulsars the following year; although it fails to excite the public in the same way as optical astronomy, it continues to provide...