Tonight's Sky
Sun
Sun
Moon
Moon
Mercury
Mercury
Venus
Venus
Mars
Mars
Jupiter
Jupiter
Saturn
Saturn

Tonight's Sky — Change location

OR

Searching...

Tonight's Sky — Select location

Tonight's Sky — Enter coordinates

° '
° '

Hubble dissects a tarantula to study how giant stars form

The Tarantula Nebula is the largest known stellar nursery, and on its outskirts sits a stellar laboratory that’s helping astronomers investigate the origins of massive stars.

RELATED TOPICS: NEBULAE | STARS
LHA120N150
The region LHA 120-N 150 (seen here) sits on the outer edge of the gigantic Tarantula Nebula, the largest known star-forming region and home to many young, exceptionally massive stars.
ESA/Hubble, NASA, I. Stephens

The Hubble Space Telescope captured this detailed shot of a glowing cosmic cloud, LHA 120-N 150, at the edge of the Tarantula Nebula. Located some 160,000 light-years from Earth in the Large Magellanic Cloud, LHA 120-N 150 is thought to be the home of a mix of young stars and probably some dust clumps. By studying areas like this, astronomers are getting a glimpse into the origins of giant stars.

The Tarantula Nebula is known for pumping out hefty stars. In fact, the most massive known star, RMC 136a1, lives in the Tarantula. But astronomers aren’t sure exactly how massive stars form. Models indicated they should be born in litters, but observations suggest a significant chunk of massive stars (up to about 10 percent) are born alone.



Fortunately, due to the lack of cosmic dust blocking the Tarantula Nebula and LHA 120-N 150, astronomers can more easily probe the very early lives of the massive stars within. Unfortunately, it’s hard to tell whether a bright source is a young star or a dense dust cloud, or whether a star was truly born alone or simply got kicked out of its nursery.

This image provides far too little data to answer those questions. But by gathering more observations of regions like LHA 120-N 150 and closely analyzing the whole set, astronomers hope to get a handle on whether massive stars form in groups or in isolation.

Moving forward, astronomers will continue to closely examine the Tarantula’s leglike tendrils and filaments for other intriguing areas like LHA 120-N 150 that can help them unlock the secrets to massive stars.  

0

JOIN THE DISCUSSION

Read and share your comments on this article
ADVERTISEMENT
FREE EMAIL NEWSLETTER

Receive news, sky-event information, observing tips, and more from Astronomy's weekly email newsletter. View our Privacy Policy.

ADVERTISEMENT
ADVERTISEMENT
ObservingforBeginners_MedRec
Observing the night sky is a fun and easy activity that anyone can do, but getting started can be daunting for beginners.