The Hubble Space Telescope caught an image of the consequences of a Type II supernova explosion in the spiral galaxy UGC 2890, which is situated 30 million light-years away in the Camelopardalis constellation. Hubbles investigation of Type II supernovae helps to expose insights into the types of stars that create these surges and any survivors of these disastrous events.
These disastrous events result in the death of the enormous star and can expose insights into the types of stars that develop Type II supernovae, as well as expose any survivors of these colossal supernova surges.
Astronomers turned to Hubbles Advanced Camera for Surveys (ACS) to explore the surroundings of Type II supernovae in the hope of finding the ages and masses of stars in the community.
This observation is one of numerous Hubble investigations of Type II supernovae. Astronomers turned to Hubbles Advanced Camera for Surveys (ACS) to explore the surroundings of Type II supernovae in the hope of finding the ages and masses of stars in the neighborhood. This will expose insights into the types of stars that ultimately develop Type II supernovae, as well as exposing any outstanding survivors of enormous supernova surges.
Hubble Space Telescope picture of spiral galaxy UGC 2890. Found in the Camelopardalis constellation, the UGC 2890 galaxy is approximately 30 million light-years away from Earth. In 2009, astronomers experienced a highly energetic Type II supernova surge in this galaxy, which has considering that faded from view. Recently, the Hubble Space Telescope diverted from its routine observation schedule to investigate the after-effects of this catastrophic occasion. Credit: ESA/Hubble & & NASA, C. Kilpatrick
The Hubble Space Telescope caught a picture of the consequences of a Type II supernova surge in the spiral galaxy UGC 2890, which lies 30 million light-years away in the Camelopardalis constellation. While the supernova took place in 2009, Hubble just recently took a break from its regular observing schedule to examine the after-effects of the explosive occasion. Hubbles examination of Type II supernovae assists to reveal insights into the types of stars that develop these surges and any survivors of these disastrous occasions.
In 2009 astronomers spotted a catastrophically effective supernova surge in UGC 2890. While the supernova itself has long since faded from view, Hubble just recently took a break from its routine observing schedule to check the aftermath of this explosive event.
A Type II supernova is a powerful and energetic surge that happens when an enormous star tires the components essential to sustain nuclear fusion in its core. As the core can no longer support the squashing force of gravity, it unexpectedly implodes, triggering the stars outer layers to collapse inwards and rebound out into area in an enormous explosion. These devastating events lead to the death of the enormous star and can reveal insights into the kinds of stars that create Type II supernovae, as well as reveal any survivors of these enormous supernova surges.
A Type II supernova is a spectacularly energetic surge that marks the violent death of a huge star. As it runs out of the elements required to sustain nuclear combination, the core of a huge star flickers out and stops producing energy. With absolutely nothing to support the squashing force of gravity, the core of the star shrinks and after that all of a sudden implodes, leaving the stars outer layers to collapse inwards and rebound out into space as a supernova surge.
