Supermassive black hole destroys wandering star

For the first time the victim is identified

A
a
-
Simulation of Black Hole Flare
NASA, S Gezari (JHU), and J Guillochon (UC Santa Cruz)

In this simulated image, a stream of stellar material is drawn into a black hole


When an unassuming star wanders too close to a supermassive black hole, weighing millions of times more than our Sun, there can be only one victor. Now, for the first time astronomers have not only recorded this cosmic ‘murder’, but identified the victim.

This colossal event was recorded by the Pan-STARRS team, an international group of astronomers led by Suvi Gezari of The Johns Hopkins University, Baltimore. Using a combination of space and land-based telescopes, the team observed a helium rich star in a galaxy roughly 2.7 billion light years away being shredded, heated and destroyed by the immense gravitational pull of a supermassive black hole.

After being alerted to something unusual by NASA’s space telescope, the Galaxy Evolution Explorer (GALEX), the team began to monitor hundreds of thousands of galaxies using the observatory, alongside the Pan-STARRS1 telescope in Hawaii.

The team was searching for a bright flare in ultraviolet light from the centre of a galaxy with a previously dormant black hole. After finding what they were looking for, the event was monitored for over a year, and the whole process was documented.

The team hopes this new evidence will provide astronomers with important insights into the environment surrounding black holes and the types of stars that exist in them.

This time lapse simulation shows a star (in orange) being shredded by the gravity of a massive black hole (top left)
Like this article? Why not:
UK National Space Centre hosts ESA astronaut in live space conference
previous news Article
Envisat's mission over after 10 years spent in orbit
next news Article
We use cookies to improve your experience of our website. Cookies perform functions like recognising you each time you visit and delivering advertising messages that are relevant to you. Read more here