Galaxy NGC 3254 is a ‘Seyfert galaxy’, a collection of planets and stars defined by their extremely active centres, located approximately 118 million light-years from Earth.
The black hole at its core, with its huge gravitational power, can pull gas, dust, stars and planets, around in space – captured by Hubble using both visible and infrared light.
While one might assume that black holes, with their vast force, would simply devour everything that came close to it, the accretion of material releases huge amounts of radiation, releasing heat and light.
Scientists put together this image using a composite of light from different parts of the spectrum, which is partly what stops the bright core from overpowering the surrounding cosmos. Using Hubble’s Wide Field Camera 3 (WFC3), scientists can capture our universe in ultraviolet, visible, and near-infrared light.
This galactic phenomenon is relatively uncommon, though, as Seyfert galaxies only account for ten per cent of all galaxies in the known universe.
Hubble’s space telescope is not without its own drama, however. Recently, Nasa had to restart the spacecraft after a computer glitch put it, and all its scientific instruments, into safe mode.
The main computer stopped receiving the “keep-alive” signal, a standard ‘handshake’ (a way of establishing a connection) between the payload and the spacecraft’s main computers. It is set to be soon replaced by the James Webb Space Telescope, which Nasa will send into orbit on 31 October aboard an Ariane 5 rocket.
This will give scientists the opportunity to look back 150 million to 1 billion years after time began – something that has been previously inaccessible to them with Hubble.