A winged bird alights in the hair of a face in this nebula captured by NASA’s Spitzer Space Telescope.
Explore this region of gas and dust. Share stories of what you see below.
A huge star, IRAS 13481–6124, formed from this nebula. The star, surrounded by the gas and dust that helped it form, is about 20 times more massive than our sun and five times bigger around. This offers scientists their first look at the birth of a massive star. Spitzer shows astronomers areas of warm gas and dust. They can peer through this dust and get a detailed look at the dusty disk that surrounds stars after they are born. And consistent with other observations of stars forming, the image shows that massive stars form in similar ways to smaller and cooler stars. Disks of gas and dust around young stars, including massive stars, is strong evidence for the possibility of planets, perhaps even Earth-like ones. Massive stars like IRAS 13481–6124 provide the building blocks for life in the universe. Heavier elements, such as gold and silver, form after massive stars burn through all of their hydrogen fuel and explode in supernovae.
IRAS 13481–6124 is found about 10,000 light-years from Earth toward the constellation Centaurus.
By The Riviera Times
By CritterKeeper
By Sarah Q. Brett