Your backstage pass to the universe and how NASA studies it. Exoplanets, black holes, dark energy, and more!

Greenbelt, MD
At @NASA, we undertake the near impossible. This month, a first-of-its-kind mission will launch to boost our Swift observatory before it re-enters Earth’s atmosphere. Follow along with this daring, rapid-response effort to advance American spacecraft servicing technology.
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NASA Universe retweeted
Registration for our @NASARoman NASA Social is closing soon! Come tell Roman's story with us as it lifts off to give us a new perspective on the cosmos. Apply by June 28 at 11:59pm ET (0359 UTC June 29): go.nasa.gov/3R4HiuD
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Get hyped with us! LINK, Katalyst Space's robotic servicing satellite, is launching no earlier than June 30 from Kwajalein Atoll. LINK will attempt to raise our Neil Gehrels Swift Observatory's orbit before it re-enters the atmosphere. More: go.nasa.gov/4whjuTw
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NASA Universe retweeted
The Chandelier Cluster ✨🌟 Every "lightbulb" in this cosmic chandelier is actually an individual star, located about 27,000 light-years away. This is a globular star cluster, which means it's a tightly packed group of stars held together by gravity: go.nasa.gov/4f4OkIX
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NASA Universe retweeted
Not quite a planet. Not quite a star. Help NASA search for elusive brown dwarfs hiding in WISE telescope images as part of the new Backyard Worlds: Binaries project. Learn more: go.nasa.gov/3QoEpEQ
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Have you signed up to send your name to space yet?! We've seen your comments and made improvements to the site so that even more of you can now send us your names to be aboard the Nancy Grace Roman Space Telescope. go.nasa.gov/RomanNames
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How powerful are gamma-ray bursts, the biggest explosions since the big bang? 💥 You could pop 10 million billion trillion trillion kernels of popcorn from the energy of one! Find out how satellites like Swift and Fermi study them: go.nasa.gov/3T1aljg

ALT This animation depicts a gamma-ray burst caused by the merger of two neutron stars. The merger creates gravitational waves (shown as pale arcs rippling outward) being created following the merger of two neutron stars, a near-light-speed jet that produced gamma rays (shown as brown cones and a rapidly traveling magenta glow erupting from the center of the collision), and a donut-shaped ring of expanding blue debris around the center of the explosion. A variety of colors represent the wavelengths of light produced by the kilonova, creating violet to blue-white to red bursts above and below the collision. When we switch to a view of the collision as it would appear from Earth, it looks like a burst of red light in the lower left and a huge umbrella-shaped cascade of blue light in the upper right, representing X-rays. The image is watermarked with “Credit: NASA's Goddard Space Flight Center/CI Lab” and “Illustration.”

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NASA Universe retweeted
It's a little dusty over at MCG+08-11-002. This odd-looking galaxy sports a spectacular band of dark dust across its center, which is likely the aftermath of an earlier collision of two separate galaxies. Learn more: go.nasa.gov/4ev2jHT
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NASA Universe retweeted
🎶 Black Hole Star 🎶 Aren’t those the lyrics? @nasawebb discovered Little Red Dots in 2022 and researchers are working to connect pieces of the puzzle. By analyzing one dot’s spectrum, the team has found evidence that it is a black hole star. go.nasa.gov/4uKB3Km
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NASA Universe retweeted
New upgrades to the Cold Atom Lab aboard the @Space_Station are helping scientists take precise measurements of quantum phenomena that happen at the atomic level. Learn more: jpl.nasa.gov/news/nasas-quan…
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You've got a friend in me, Euclid! Last year, @esa's Euclid space telescope paused its usual observations to look at the heart of our Milky Way Galaxy, previewing one of Roman’s major surveys.
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Our TESS telescope helped find two new “super-puff” planets that are about the size of Jupiter but have the density of cotton candy. TOI-791 b and c might even be the puffiest planets ever found! Further study can help us learn about planetary evolution. go.nasa.gov/4v6Oyo0
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NASA Universe retweeted
Today, @ESA_Euclid revealed the largest, most detailed photo ever taken of our galaxy's centre in visible light 🙌 This video takes you on a journey across this region.  Turn up the volume and enjoy our galactic centre 🤩
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NASA Universe retweeted
This could be your Roman empire. Apply to join us for a NASA Social at @NASAKennedy as we launch the @NASARoman Space Telescope on Aug. 30. Experience the launch firsthand, and help us tell the story of NASA's spectacular new space explorer. go.nasa.gov/4a9LEap
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Our Swift spacecraft’s quick response to unexpected events like gamma-ray bursts has helped spot other cosmic surprises! Read about five unpredictable things Swift has seen, plus one we're still looking for: tmblr.co/Zz_Uqjh4_zSk4u00

ALT This gif illustrates various features of a galaxy's outburst. The black hole in the center is surrounded by a puffy orange disk of gas and dust. Above and below the center of the disk are blue cones representing the corona. At the start of the sequence, a flash of purple-white light travels from the edges of the disk inward, until the whole thing is illuminated. That light fades and then there is a flare of blue light above and below the center. This image is watermarked “Artist’s concept” and “Credit: NASA’s Goddard Space Flight Center.”

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NASA Universe retweeted
Rubin + Hubble = 🤩🌌 Hubble recently celebrated 36 years in space with a detailed look into the Trifid Nebula, a star-forming region about 5,000 light-years away, seen in this “inset” image: go.nasa.gov/4eCozOP
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NASA Universe retweeted
No less than 60 million stars in one image. It's possible thanks to the @ESA_Euclid mission. For just one day, Euclid turned its gaze to the crowded heart of the Milky Way and captured the largest, most detailed photo ever taken of our galaxy's centre in visible light. Let's dive deeper 👇 1/8
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Every household needs a multitool … ours is the Swift observatory! At launch, Swift was a first-of-its kind spacecraft designed to study fleeting gamma-ray bursts, the most powerful explosions in the cosmos, using its Ultraviolet/Optical, X-ray, and Burst Alert telescopes. ⬇️
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Its unique capabilities make Swift the perfect tool to study all kinds of other cosmic objects, too. Swift has contributed to the study of everything from comets in our solar system to black holes in distant galaxies.

ALT This sequence shows X-rays from the initial flash of GRB 221009A that could be detected for weeks as dust in our galaxy scattered the light back to us. This resulted in the appearance of an extraordinary set of expanding rings, here colored magenta, with a bright yellow spot at the center. The images were captured over 12 days by the X-ray Telescope aboard NASA’s Neil Gehrels Swift Observatory, with the passing days indicated at the top left corner. A line in the lower left corner indicates the scale of 5 arcminutes. This image is watermarked with “Credit: NASA/Swift/A. Beardmore (University of Leicester).”

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A servicing satellite from Katalyst Space will be launching soon to attempt an orbital boost of Swift. To give the lift the best chance of success, the Swift team paused science observations. Check out more about the boost here: go.nasa.gov/4aclp36
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