k Supernova. Computer artwork of a star exploding as a supernova and destroying its planets. This only happens to stars much more massive than the Sun, when they exhaust the hydrogen and helium that fuel their nuclear fires. It is the heat from such nuclear fusion processes that prevents the star collapsing under its own weight. Further nuclear fusion involving other elements is less efficient and destabilises the star. The core then collapses under its own weight. A rebounding shock wave from the superdense core blows off the outer layers as seen at thousands of kilometres per second. These outer layers contain the heavy elements that are needed to form planets and life on them. Editorial Stock Photo - Afloimages
Sign up
Login
All images
Supernova. Computer artwork of a star exploding as a supernova and destroying its planets. This only happens to stars much more massive than the Sun, when they exhaust the hydrogen and helium that fuel their nuclear fires. It is the heat from such nuclear fusion processes that prevents the star collapsing under its own weight. Further nuclear fusion involving other elements is less efficient and destabilises the star. The core then collapses under its own weight. A rebounding shock wave from the super-dense core blows off the outer layers (as seen) at thousands of kilometres per second. These outer layers contain the heavy elements that are needed to form planets and life on them.
ED

Supernova. Computer artwork of a star exploding as a supernova and destroying its planets. This only happens to stars much more massive than the Sun, when they exhaust the hydrogen and helium that fuel their nuclear fires. It is the heat from such nuclear fusion processes that prevents the star collapsing under its own weight. Further nuclear fusion involving other elements is less efficient and destabilises the star. The core then collapses under its own weight. A rebounding shock wave from the super-dense core blows off the outer layers (as seen) at thousands of kilometres per second. These outer layers contain the heavy elements that are needed to form planets and life on them.

Details

ID
10628321

Collection

License type
Editorial

Photographer

Creation date
22-11-2010

Contact Aflo for all commercial uses.


Keywords
More
Sign in
Member access
Login not found.