Giant pupils in the universe
The star, known as U Camelopardis and in the constellation Camelopardalis (Giraffe), is in the final stage of life, the European Space Agency (ESA) said. Helium gas in its core is about to run out and it becomes an unstable body.
The sight of a star spraying dust and gas in the dying process makes viewers think of the great cornea.
The spherical material belt and the star form something like a cornea.
The star, known as U Camelopardis and belonging to the constellation Camelopardalis (Giraffe) , is in the final stages of life, the European Space Agency (ESA) said. Helium gas in its core is about to run out and it becomes an unstable body. Every few thousand years, U Camelopardis "sprayed" dust and gas once. Dust and gas from the star form a belt around the star core. Hubble Space Telescope has captured its latest material injection.
U Camelopardis is a representative representative of carbon stars, a rare star in the universe, National Geographic said. The carbon star's atmosphere contains more carbon than oxygen. The attraction of carbon stars is relatively weak, so strong winds on their surfaces can blow matter into the universe. Many carbon stars lose up to 50% of their mass due to the effects of strong winds.
- Eyes revealed sexual orientation
- Decoding adds a mystery of the universe
- Wonders of the universe
- What do eyes say about your health?
- 'Giant snake' on the universe
- Giant carnivores in the universe
- See giant algae from the universe
- The mysterious circle is the largest 5 billion light-years from the universe
- The giant missiles roam the universe
- The process of forming giant planets in the universe
What does the universe look like when it breaks the speed of light? Scientists find the cleanest air in the world 'God's eyes' in the universe A new island can grow in the mid-Atlantic The most expensive experiment in the world is broken Visit the world's largest radio telescope Summary of 'hot' news on August 3 Stephen Hawking makes the hypothetical hypothesis of a black hole