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The official Twitter account for the NASA Hubble Space Telescope, managed and operated by NASA's Goddard Space Flight Center. Verification: nasa.gov/socialmedia
Goddard Space Flight Centernasa.gov/mission_pages/…Joined March 2008

Hubble’s Tweets

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Neptune in a new light! 🔵 Hubble’s view of this planet looks pretty different from 's new image, on the right. That’s because these two telescopes looked at the planet in different wavelengths of light. ⬇️
The planet Neptune appears bright blue against a black backdrop of space.
Neptune glows in pearly white hues with faint, pale rings encircling the planet. Six tiny white dots, which are six of Neptune’s 14 moons, are scattered among the rings. The background of the image is black.
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Happy (almost) New Year! Before we ring in 2023, we need your help choosing our Twitter audience’s favorite Hubble image released in 2022. Vote in the poll below, which features the images that got the most likes this year. Then we’ll post the winner on New Year’s Eve!
Taking up the central area of the image is the colorful supernova remnant DEM L 190, which is made of intricate tendrils of cosmic material glowing in shades of purple, yellow, orange, and blue. The edges of the image are black and scattered with red and purple-ish stars.
A massive spiral galaxy called NGC 976 dominates the image. Its glowing yellow center is surrounded by spiral arms laced with dark dust and dotted with bright blue stars. Other distant stars and galaxies dot the black background of space.
A group of five galaxies known as Hickson Compact Group 40 glow against the black backdrop of space. Three galaxies are spiral in shape, shining in white and orange hues and laced with dark dust. The other two are seen as bright points of pale light with glowing material surrounding them.
A densely packed cluster of stars known as Terzan 2 shines in hues of orange, white, and blue.
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What better way to mark #NewFriendsDay than with this new view? One of Hubble’s most iconic shots now has a complementary companion from our friend ! This star-forming region is known as the Pillars of Creation, and shows a small region of the Eagle Nebula.
Hubble’s visible-light view of a star-forming region, the Pillars of Creation, shows darker pillars that rise from the bottom to the top of the screen, ending in three points. The background is opaque, set off in yellow and green toward the bottom and blue and purple at the top. A handful of stars of various sizes appear.
Webb’s near-infrared image shows the a star-forming region, the Pillars of Creation. The pillars are semi-opaque and rusty red-colored. The peaks of the second and third pillars are set off in darker shades of brown and have red outlines. The background is cast in darker blues and blacks, and stars in yellow and white of all sizes speckle the entire scene. Webb’s image was cropped and rotated to match Hubble’s view, so much of the top right corner and a small portion of the left corner has been left black.
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Looking good, Jupiter! Like Earth, this giant planet has northern and southern lights called aurorae. You can see them near Jupiter’s north and south poles, as observed in ultraviolet by Hubble (left) and infrared by (right): go.nasa.gov/3pEJuIc
The planet Jupiter is seen here with stripes of orange, white, beige, and red. A halo of bright blue at the north pole are aurorae seen in ultraviolet light.
The planet Jupiter is seen in infrared light, appearing in cloudy tones of purple, beige, and pink. At its north and south poles, aurorae shine in bright green, red, and yellow hues.
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Near-infrared 🤝 Mid-infrared These Hubble and views of the Pillars of Creation demonstrate how looking at the same cosmic object in different wavelengths of light can unveil different features: go.nasa.gov/3U4EmKh More ⬇️
This Hubble image of a star-forming region called the Pillars of Creation is dark and packed with stars. Three hazy pillars of dust tower vertically in this image, seen in black and outlined in dark blue. Throughout the whole image, several stars glitter in white and orange hues.
This Webb image shows three pillars of semi-opaque gas and dust, each in spectral shades of gray-blue. From left to right, each pillar is consecutively smaller. Together, they appear like a ghostly hand. Towards the top of the leftmost pillar, there is one prominent red star, with tiny spikes at its tip. Lower on this pillar, there are several darker areas of dust that jut out like protrusions, some also with stars that appear as small red dots. The background of this scene takes on glowing shades of orange-red mixed with black. Scattered throughout the image are a few dozen tiny bright white and blue stars. Larger stars appear like red orbs and are embedded in the pillars.
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What do all these Hubble images have in common? They show the aftermath of stars that died in a bright, powerful explosion known as a supernova. In a supernova, a star’s contents fling out into space at speeds of up to 25,000 miles (15,000 to 40,000 km) per second!
This Hubble image shows the Veil Nebula. An intricate swathe of gas stretches across the image, glowing in shades of pink, purple, green, orange, and yellow, against a black backdrop of space and stars.
This Hubble images shows the supernova remnant DEM L 190, which is made of intricate tendrils of cosmic material glowing in shades of purple, yellow, orange, and blue. The edges of the image are black and scattered with red and purple-ish stars.
This Hubble image shows the Crab Nebula. At the image's center, a glowing structure of gas and dust shines in orange, green, and blue hues against a black backdrop of space and stars.
This Hubble image shows the Cygnus Loop shockwave. A ribbonlike structure of glowing orange gas stretches horizontally across the center of the image, against a black backdrop of space and stars.
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An unfunded Space Act Agreement to conduct a study of a commercial mission to boost Hubble’s orbit and extend its operations was signed by and – a mission concept that may be applied to other spacecraft and commercial vehicles: go.nasa.gov/3SqVCJn
This image shows the Hubble Space Telescope, a space-based observatory roughly the size of a school bus.
The SpaceX Dragon spacecraft is seen in this image in low-Earth orbit, with blue Earth below it.
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This newly released Hubble image shows M55 – a loosely concentrated globular star cluster about 20,000 light-years away. Only a portion of M55 is seen here, but the whole cluster stretches about 100 light-years in diameter! Read more: go.nasa.gov/3LvT63O
This image shows several stars shining against a black backdrop of space. The stars shine in hues of white, orange and blue, and some have four-pointed diffraction spikes.
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We’re going even deeper into the web with ! 🕸️ These Hubble & Webb views unveil a star-forming region called the Tarantula Nebula. At a distance of 161,000 light-years, it’s home to the hottest & most massive stars known.
Pale, nebulous clouds throng around a darker central area with a cluster of sparkling stars. These clouds are interspersed with darker filaments of deep brown and light blue. Orange stars peer through the clouds throughout the image.
Fluffy tan-colored nebula clouds, with rust-colored highlights, surround a black central area. Within that area, the focal point of the image is one large yellow star with eight long thin points. To the right of this star is a bright star cluster in an oval shape. The stars within the cluster look like tiny pale blue sparkles. The cluster is more densely packed at its core and scatters outward. Towards the bottom of the image, multiple arms appear to spiral out of a cloudy tan knob. Taken together, the structures resemble a spider or a squid. Other blue and yellow eight-pointed stars, as well as distant galaxies, are dotted throughout the image. Credits: NASA, ESA, CSA, STScI, Webb ERO Production Team
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RECORD BROKEN: Hubble observed the farthest individual star ever seen! This extraordinary new benchmark detected light from a star that existed within the first billion years after the universe's birth in the big bang. Find out more: go.nasa.gov/3tRj5cP
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😍 Hello, outer planets! Jupiter, Saturn, Uranus, and Neptune look as spectacular as ever in these newly released Hubble images. Hubble checks in on the outer planets every year. Find out what we learned in 2021: go.nasa.gov/3DCjToE
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Astronomers using the ultraviolet vision of Hubble have captured one of the largest panoramic views of the fire and fury of star birth in the distant universe. The field features approximately 15,000 galaxies, about 12,000 of which are forming stars: go.nasa.gov/2OHdyhH
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DEM L 190 looks like #NewYearsEve fireworks! 🎆 This supernova remnant was also voted our Twitter audience's favorite Hubble image from 2022. Good choice! DEM L 190 is 160,000 light-years away, and made of the debris from a large star's death. For more: go.nasa.gov/3WXpb7p
Taking up the central area of the image is the colorful supernova remnant DEM L 190, which is made of intricate tendrils of cosmic material glowing in shades of purple, yellow, orange, and blue. The edges of the image are black and scattered with red and purple-ish stars.
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Now we have a broader (and even more beautiful!) understanding of the galaxy M74! These Hubble and views show the power of observing in different wavelengths. Hubble’s optical vision highlights older stars near the center and younger, bluer stars in the spiral arms.
Winding spiral arms curl around a bright galactic center glowing in yellow hues. The arms are dotted with pink and red bursts of star formation.
Webb's view of the spiral galaxy shows detailed, curling arms in gray hues. The galaxy's center glows in bright blue.
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Hello out there, ! 👋 Today, Webb entered its orbit around Lagrange point 2, or L2. That’s about a million miles away, and a whole lot farther than Hubble’s low-Earth orbit at just about 340 miles (547 km) up. Why do these two telescopes have such different orbits? ⬇️
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Vote to choose your favorite 2020 Hubble image in the poll below! ⬇️ These choices are based on our tweets of images released this year with the most ❤️s! Planets seemed to be pretty popular... 🪐
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Can you spot six of Uranus’s moons in this picture? Look closely 🔍 This #HubbleClassic image shows Uranus’ faint rings and some of its moons. The bright spot in the lower right is Ariel, which has the brightest surface of all of the planet's moons: go.nasa.gov/3IaxU1y
Uranus is seen with faint rings along the top and bottom of the planet, against a black backdrop of space. The planet's surface has bands of color ranging from bright blue and green near the left, to pinker shades on the right. Five pale dots of light are seen around the rings, along with one near the image's lower right, that are some of the planet's moons.
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Happy birthday, Hubble! 🥳 As we celebrate the telescope’s 32nd anniversary week, enjoy this birthday present – a stunning new Hubble image of a collection of five galaxies, known as Hickson Compact Group 40. Read more: go.nasa.gov/3KZzrWX
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Look up tonight! All the planets in our solar system are visible (some with the help of a telescope). Check your favorite stargazing site for more info! Of course, you can look at Hubble’s planet images anytime, like this one of Saturn! For more: go.nasa.gov/3vqF7TI
This Hubble image shows the planet Saturn viewed from the side, against a black backdrop of space. A ring encircles the planet. The planet's surface has bands of yellow, brown, and green-ish hues. Four of Saturn's moons are also seen against the surface.
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We asked, you answered! Our Twitter followers voted galaxy NGC 5037 as Hubble's best image released in 2021. Despite a distance of 150 million light-years, we can see the galaxy's delicate structures in great detail thanks to Hubble: go.nasa.gov/341pyHG Happy New Year!
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Today marks 29 years since Hubble was launched into space aboard the Space Shuttle Discovery! It has been unlocking the mysteries of the universe for nearly three decades. Here are a few science achievements from Hubble’s latest year in orbit. #Hubble29
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Happy New Year! 🥳 Hubble is kicking off 2022 with a major milestone. The telescope began operations 1 billion seconds ago! In that billion seconds, Hubble made more than 1.5 million observations and astronomers using Hubble data published more than 19,000 scientific papers.
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🤸 Cartwheeling along… Take a look at these Hubble & Webb views of the Cartwheel Galaxy! In Hubble’s view, the glittering blue regions indicate starbirth. Thanks to ’s infrared vision that cuts through clouds of gas & dust, previously unseen stars are unveiled!
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520 exposures. Over a billion pixels. One mind-blowing image! This Hubble image shows the stunning Orion Nebula, which is the closest large star-forming region to Earth. Discover more: go.nasa.gov/3JRSQJN
The Orion Nebula is an expansive and cloudy cosmic landscape. Sweeping clouds that shine in pink, yellow, orange, and other colors are bright against the black backdrop of space. Big stars are forming and glowing within the nebula.
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Be our cosmic Valentine? 🌹 The “space rose” in this Hubble image is made up of interacting galaxies, named Arp 273. This celestial flower blooms about 350 million light-years away in the constellation Andromeda. Find out more: go.nasa.gov/3oPmu9k
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The Hubble Space Telescope has given us a new image of a nursery for stars in a nearby galaxy to the Milky Way. Have questions about this new image? Leave them in the comments below! Join Hubble experts later today from 2-4 p.m. EDT for a Q&A.
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To mark Hubble’s 33rd anniversary, this new image unveils a cauldron of starbirth! NGC 1333 is a star-forming region 960 light-years away. Glowing gasses and pitch-black dust are stirred up and blown around by newly forming stars within the dark cloud: go.nasa.gov/3AdxLFv
 A vertical image with colors ranging from blue at the top to golden in the middle and red at the bottom. At the top, a bright blue star is illuminating surrounding clouds of gas, making the top third of the image appear blue. Below the bright star, a couple dozen fainter stars shine yellow. One of them has a fuzzy, golden arc to its left. At the center of the image, a brighter yellow star illuminates surrounding gas. It is partially obscured by dark streaks and clouds of dust, making it resemble the moon on a cloudy evening. The bottom of the image is noticeably darker than the rest, with the exception of a dramatic splash of red almost like a bug splat on a windshield. A handful of faint, red stars also appear there.
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Feeling blue? So do these baby stars, which shine in bright blue light in this snippet of a larger, soon-to-be-released Hubble image! This brilliant star-forming region is called the Chameleon Cloud Complex.
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This sparkling new Hubble image shows the brilliant globular cluster M14. Home to over 150,000 stars, M14 played host to a nova in 1938. A nova is a sudden stellar eruption where a star’s brightness increases by a factor of 10,000 in just a few days: go.nasa.gov/3lkAQ2X
This image of M14 includes several, densely packed stars shining against a black backdrop of space. The stars shine in hues of orange, white, and blue, and are slightly more condensed near the center.
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Have you heard the buzz? 🐝 ’s “honeycomb”-like mirror unfolded and the telescope is fully deployed! Like Hubble, Webb is a reflecting telescope – meaning that it gathers light using huge mirrors rather than lenses. So how do the mirrors on Hubble and Webb compare? ⬇️
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Hubble's new images of Jupiter capture the giant planet’s stormy atmosphere. The Great Red Spot, a storm big enough to swallow Earth, is still shrinking. Beneath it, “Red Spot Jr.” continues to rage and change color, while a new storm brews in the north: go.nasa.gov/2EbbkaP
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👋 Hey, you! Yes, you. It’s time to vote for our Twitter audience’s favorite 2021 Hubble image. Below are the images released this year that got the most likes. Now it’s time to choose the winner! Vote in the poll below and we’ll share the winner on December 31!
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"Ring in" 's new image of Uranus! Hubble has observed the planets in our solar system for decades, and its consistent check-ins give astronomers a wealth of data about their atmospheres and weather. Now with Webb on the job as well, we can learn even more! ⬇️
In this 2022 Hubble image, Uranus appears tipped on its side. Set against a black background, the planet is mainly colored cyan. It looks like a flat circle outlined in pinkish gray. Outside of this circle, a faint, pink ring encircles the planet nearly vertically. The faint ring appears to be almost face on. A large area of white covers much of the right side of the planet.
The planet Uranus on a black background. The planet appears light blue with a large, white patch on the right side. On the edge of that patch at the upper left is a bright white spot. Another white spot is located on the left side of the planet at the 9 o’clock position. Around the planet is a system of nested rings. The outermost ring is the brightest while the innermost ring is the faintest. Unlike Saturn’s horizontal rings, the rings of Uranus are vertical and so they appear to surround the planet.
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It’s a planet parade! 🪐 Before sunrise, you can catch a naked-eye glimpse of planets “lined up” in the sky: go.nasa.gov/3yeIfV1 But if you aren’t a morning person, Hubble’s got you covered with planetary views of Venus, Mars, Jupiter, and Saturn!
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Happy #PiDay! It’s March 14th, or 3.14 – also the first digits of pi, a mathematical constant defining the ratio of a circle’s circumference to its diameter. This Hubble image shows a circle of stars around the nucleus of a galaxy called Hoag’s Object: go.nasa.gov/3cau0Ew
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Ultraviolet ➡️ Visible ➡️ Infrared Different wavelengths mean different views! Hubble’s ultraviolet & visible images offer insight into Jupiter’s atmospheric changes and colors. ’s infrared view was taken to test its instruments during commissioning ⬇️
Hubble's ultraviolet view of Jupiter shows the planet in hues of pink and blue.
Hubble's visible-light view of Jupiter shows the planet's atmospheric bands in hues of orange, red, and white.
Webb's infrared view of Jupiter shows extreme detail on the planet's surface, while also capturing Jupiter's moon Europa on the left side of the image.
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📣 December 25 is a BIG day for astronomy! With the launch of , a new and exciting era of science awaits. But how is Webb different from Hubble? How will these telescopes work together? 🧵 Read on...
The golden mirrors of the James Webb Space Telescope shine
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Beauty in the chaos 🌟 These colorful shreds of cosmic material are the "leftovers" of a massive star's supernova explosion! Known as DEM L 190, this bright supernova remnant resides about 160,000 light-years from Earth in the constellation Dorado: go.nasa.gov/3Wi8anN
Taking up the central area of the image is the colorful supernova remnant DEM L 190, which is made of intricate tendrils of cosmic material glowing in shades of purple, yellow, orange, and blue. The edges of the image are black and scattered with red and purple-ish stars.
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Happy launch-iversary to the Fermi Gamma-ray Space Telescope! Hubble and Fermi have teamed up to study some of the universe’s most powerful events, like the “BOAT” – Brightest of All Time – gamma-ray burst (infrared afterglow circled in image): go.nasa.gov/45XFfem #Fermi15
This Hubble image shows several stars shining against a black backdrop of space. Near the center, a small, superimposed pink circle designates the infrared afterglow of a gamma-ray burst.
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Saturn is known for its iconic rings. And with Hubble's help, now we know that these rings are also heating the giant planet's upper atmosphere! This could provide a tool for predicting if planets around other stars have ring systems as well. Learn more: go.nasa.gov/3ZtFlWV
This ultraviolet Hubble image shows the planet Saturn tilted on its side, encircled by dark blue rings against a black backdrop of space. The planet's surface shows blue bands varying in brightness based on hydrogen emissions detected.
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This scene of stellar creation, captured by Hubble, sits near the outskirts of the Tarantula Nebula. This cloud of gas and dust, as well as the many young and massive stars surrounding it, is the perfect laboratory to study the origin of massive stars: go.nasa.gov/3b76S7Q
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On Saturn, one season lasts 7.5 years! Hubble has studied weather on Saturn for years, and will get extra help from once it begins science operations. Webb will observe Saturn & its moons as part of a comprehensive solar system program: go.nasa.gov/344oRhr
The planet Saturn
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It’s estimated that about 100 million black holes roam around our Milky Way Galaxy – and for the first time ever, astronomers now believe they may have precisely measured the mass of an isolated black hole with Hubble! Discover more: go.nasa.gov/3Hfjwmy
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Cosmic blooms! 🌸 These flower-like images from Hubble and show the dying star Wolf-Rayet 124 as it casts off outer layers of material. Wolf-Rayet stars are among the most luminous, massive, and briefly detectable stars known.
A bright white star shines at the center of this image, surrounded by orange clouds. Several distant, bright white stars shine against the black background of space.
A prominent, eight-pointed star shines in bright white at the center of this image. A clumpy cloud of material surrounds this central star, with more material above and below than on the sides, in some places allowing background stars to peek through. The cloud material is a dark yellow closer to the star, and turns a pinkish purple at its outer edges. Combined together, the central star and its cloud resemble the delicate petals of a cherry blossom. The black background features many smaller white stars scattered throughout.
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Welcome to a "star factory"! This #HubbleFriday view shows the Tarantula Nebula, the brightest region of starbirth in our galactic neighborhood. About 161,000 light-years away, it's within the Large Magellanic Cloud – a satellite galaxy to our Milky Way: go.nasa.gov/3RsBMOh
Wispy, nebulous red clouds extend from the lower left of the image. At the top and right the dark background of space can be seen through the sparse nebula. Along the left and in the corner are many layers of brightly colored gas and dark, obscuring dust. A cluster of small, bright blue stars in the same corner expands out across the image. Many much smaller stars cover the background.
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Happy #PiDay! March 14th represented in numbers is 3.14, which are the first three numbers in the pi constant. Pi is a mathematical constant used to define the ratio of a circle's circumference to its diameter. Hubble observes circular objects every day, like galaxy NGC 7049:
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Today marks an *extremely* exciting anniversary! 😎 #OTD 10 years ago, the Hubble Extreme Deep Field image was released. Over 2,000 photos of this spot were combined to create this image, which contains over 5,500 galaxies: go.nasa.gov/3DW81jY
Thousands of galaxies shine in bright, small points of light scattered across a black backdrop of space.
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Happy #ValentinesDay from Venus – the planet named for the goddess of love! 💖 Hubble captured this image in ultraviolet light back in 1995. Venus is the hottest planet in our solar system, with surface temperatures at about 900 degrees Fahrenheit! More: go.nasa.gov/3E7r36j
Part of the planet Venus is pictured against the black backdrop of space. Venus appears in hues of pink and purple, with a shadow covering the right side portion.
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Today marks one month since ’s first image reveal! 🥳 On the right is that image from the infrared observatory, showing galaxy cluster SMACS 0723. Hubble’s view on the left demonstrates the complementary nature of the telescopes across a broader range of wavelengths!
The background of space is black. Thousands of galaxies appear all across the view. Their shapes and colors vary, mostly appearing in shades of white, yellow, and orange. In addition, several stars appear in blue with diffraction spikes. These galaxies are part of the galaxy cluster SMACS 0723, and they are warping the appearances of galaxies seen around them.
The background of space is black. Thousands of galaxies appear all across the view. Their shapes and colors vary. Some are various shades of orange, others are white. Most stars appear blue, and are sometimes as large as more distant galaxies that appear next to them. A very bright star is just above and left of center. It has eight bright blue, long diffraction spikes. Between 4 o’clock and 6 o’clock in its spikes are several very bright galaxies. A group of three are in the middle, and two are closer to 4 o’clock. These galaxies are part of the galaxy cluster SMACS 0723, and they are warping the appearances of galaxies seen around them. Long orange arcs appear at left and right toward the center.
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Explore a small region of the inky Coalsack Nebula, imaged by Hubble in visible and infrared wavelengths. It’s a dark nebula — a cloud of interstellar dust so dense that it blocks out wavelengths of visible light from objects behind it: go.nasa.gov/3tCDAI2
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