Originally released in celebration of Hubble's 100,000th orbit in 2008, this #HubbleClassic image shows a spectacular scene of starbirth.

About 170,000 light-years away, this nebula is in the Large Magellanic Cloud, a satellite galaxy to our Milky Way: go.nasa.gov/4cMB0pM

The big day is here! ☀️🌕🌎

Say hi to the Hubble team and try our activities at NASA’s #eclipse events in Waco and Dallas, Texas today.

Can’t make it? No worries! Find all things eclipse over at: science.nasa.gov/eclipses/futur…

Happy #NationalLibraryDay ! 📚

Celebrate with a new Hubble e-book, all about the mission's recent discoveries about dark matter and dark energy – two mysterious and fundamental components of our universe.

Download and read for free here: go.nasa.gov/3vEvZyF

Galactic besties 🌀

The spiral galaxy in this week's #HubbleFriday image is NGC 5996. Beneath it to the left is a smaller companion galaxy called NGC 5994.

Together, this pair is known as Arp 72. They're both about 160 million light-years from Earth: go.nasa.gov/43HJhHn

Spring cleaning? 🧹

Your dust bunnies probably aren't this big.

The opaque, dark knot of gas and dust in this #HubbleClassic view is a Bok globule – a concentration of elements that are responsible for the formation of stars throughout the universe: go.nasa.gov/3vAShBr

Not one but *two* Hubble video series are nominated for #Webbys this year! 🥳

You can vote to choose the Webby People’s Voice Awards – check out all the Hubble and NASA nominations below ⬇️

Meet the 2024 NASA Hubble Fellowship class!

The 24 fellows will receive up to three years of support at a U.S. institution as they pursue independent research in any area of NASA astrophysics.

Find out more: go.nasa.gov/43KFWHe

A field of stars ✨

This week's #HubbleFriday image features the globular star cluster NGC 1651. Globular clusters are roughly spherical groups of stars held together by their mutual gravity.

NGC 1651 is located about 162,000 light-years away: go.nasa.gov/3TYRy6x

Studying the stars 🤩

ULLYSES, the largest Hubble program ever executed, is entering a new era.

After collecting data on ~500 young stars over the span of 3 years, scientists are ready to dig in to learn more on how stars form and impact surroundings: go.nasa.gov/3ISGtNY

Stop horsing around and guess this Hubble image!

(And yes… that might be a hint.)

Comment your answer below! ⬇️

Calling all #TTRPG streamers:

We recently released our first adventure, “The Lost Universe.” Anyone interested in streaming a campaign to Twitch? go.nasa.gov/3UY6keA

Stages of starbirth unfold in this #HubbleClassic view of N11B.

The stars near the left have stellar winds that blow away nearby gas, which collides with nearby dense clouds that can collapse under their own gravity and start to form new stars: go.nasa.gov/49aQG2W