NASA, Raghvendra Sahai and John Trauger (JPL), WFPC2 scientific discipline team

fifty images of the universe from the Hubble Space Telescope

On April 24, 1990, the Space Shuttle Discovery launched, carrying the Hubble Infinite Telescope (HST, or merely "Hubble"). This orbiting telescope was the kickoff of NASA's Great Observatories. For more than 30 years, HST has provided astronomers with incredible scientific information on everything from solar arrangement objects to some of the most distant galaxies in the cosmos. Hubble was named for American astronomer Edwin Hubble, who in the early on 20th century helped institute that the universe is much bigger than the Milky way and showed the creation is expanding.

Stacker nerveless 50 Hubble images, taken between 1990 and 2020, that express both the beauty of the universe and important scientific knowledge. HST is a motorbus-sized satellite containing a 2.iv-meter-diameter mirror for focusing light from distant objects, along with a suite of instruments for photography, measuring light intensity, and taking the spectrum of various astronomical sources. Hubble is primarily an optical telescope, viewing the cosmos in the same blazon of light we tin can see, and it also has the ability to see into the infrared and ultraviolet parts of the spectrum of light. The size of the telescope and its location above World's atmosphere (with its pesky weather and distortions from air currents) brand HST one of the best optical telescopes still in operation.

HST is jointly operated by NASA and the European Space Agency and was designed to be serviced by astronauts. Unfortunately, the Hubble needed to be repaired immediately after launch, when it turned out its mirror was slightly flawed. NASA astronauts installed additional mirrors to compensate for the flaws in 1993 and upgraded other scientific instruments on five different occasions, with the concluding upgrade being in 2009. Meanwhile, no plans are in the works to build an equivalent space telescope, so astronomers and nonscientists alike hope Hubble volition continue to piece of work indefinitely.

Click on for 50 images of the universe as seen from the Hubble Space Telescope.

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NASA, J. Hester, P. Scowen (Arizona Country University)

The Pillars of Creation (1995)

Perhaps Hubble's most pop image involves function of the Hawkeye Nebula known as the "Pillars of Creation." The Eagle Nebula is a star-forming region of the Milky way, which ways a cold cloud of gas and dust dense enough for gravity to accept concur and collapse material into new stars. Ultraviolet light from these newborn stars erodes the nebula abroad, leaving the beautifully sculpted pillars in the image.

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NASA, ESA, Hubble Heritage Team

The Eagle Nebula in Infrared (2015)

The dense gas and dust of the Eagle Nebula are opaque in visible lite simply transparent to infrared. Hubble's infrared vision of the Pillars of Creation reveals they are harboring additional baby stars swaddled in gas.

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NASA, Jon Morse (University of Colorado)

Prelude to a Catholic Explosion (1995)

In the early 1800s, the unremarkable star Eta Carinae in the southern constellation Carina grew suddenly brighter, briefly condign the second-brightest star in the unabridged sky before fading. After observations, including the 1 that produced this famous Hubble epitome, showed that Eta Carinae is actually ii very massive stars shedding thing in two huge lobes of gas. Astronomers think these stars are unstable and will somewhen explode in a supernova.

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NASA, ESA, Academy of Washington, PHAT team

The Behemothic Next Door (2015)

Andromeda Galaxy (also known every bit M31) is the closest large galaxy to our Milky Way, near enough for astronomers to distinguish individual stars. This Hubble mosaic of a portion of Andromeda is the biggest paradigm the telescope has made (constructed of seven,398 private exposures!), containing over 100 million visible stars. Similar the Milky Way, M31 is a spiral galaxy, with many of its brightest stars amassed in artillery winding out from the galactic center.

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NASA, ESA, A Simon (GSFC)

The King of Planets (2017)

While much of Hubble's greatest piece of work involves afar stars and galaxies, the observatory has likewise provided a wealth of information about our solar organisation. This 2017 image of Jupiter is part of an HST program to chart changes in the atmospheres of the giant outer planets. In particular, astronomers are watching the way Jupiter'southward famous Swell Red Spot (known since the fourth dimension of Galileo) is shrinking.

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NASA, ESA, J. Nichols (University of Leicester)

Jupiter's Auroras (2016)

Auroras are acquired when electrically charged particles cascade into a planet'due south atmosphere. On Globe, these are the northern and southern lights visible at high latitudes; Jupiter, existence a much bigger planet with a huge magnetic field, has proportionally larger auroras. Hubble captured Jupiter's auroras using its ultraviolet musical instrument, and this picture was constructed by overlaying the UV image over a visible-light photo.

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NASA, CXC/SAO/J. DePasquale

Galaxies in Collision (2010)

The Antennae Galaxies are a pair of galaxies in the process of colliding, a slow process taking hundreds of millions of years. This picture combines images from NASA's Dandy Observatories—Hubble (visible light), the Spitzer Infrared Observatory (infrared), and the Chandra X-ray Observatory (X-rays)—highlighting how these premiere space telescopes work together. The collision between the galaxies is producing new stars at a fast rate.

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NASA, ESA, Robert Williams, Hubble Deep Field Team (STScI)

It's Full of Galaxies (1996)

In 1996, astronomers pointed HST at a pocket-sized unremarkable spot on the heaven virtually empty of stars and took pictures for 10 days to get a clear view deep into the cosmos. The 342 photos assembled from the project make up the Hubble Deep Field Survey and contain roughly three,000 individual galaxies, some billions of low-cal-years away. In fact, nigh everything you run across in this prototype is a galaxy, revealing the multifariousness and development of galaxies over the history of the universe.

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NASA, ESA, K. France (Academy of Colordo, Boulder)

Echoes from an Explosion (2010)

In early on 1987, astronomers spotted a new bright point of lite in the nearby galaxy in the Big Magellanic Cloud: Supernova 1987A, the explosion of a massive star. Considering information technology is the closest supernova in modern times, astronomers have been able to track the aftereffects of the explosion. This 2010 Hubble image shows expanding bubbles of matter blasted abroad from the dying star, producing beads of lite where the material slammed into clumps of gas in the surrounding region.

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NASA, ESA, Andrea Dupree (Harvard-Smithsonian CfA), Ronald Gilliland (STScI)

The First Image of Some other Star (1996)

Despite the ability of modern telescopes like HST, most stars other than the sun are as well far away to exist annihilation but points of low-cal. All the same, Hubble captured the first details on another star in 1996: the reddish giant Betelgeuse, which is part of the constellation Orion. As the diagram shows, Betelgeuse is and so huge it's no longer spherical; in 2020, material ejected from the star blocked enough of its light that it dimmed visibly.

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NASA, ESA, A. Koekemoer (STScI)

Seeing With Gravity's Telescope (2018)

Galaxy clusters are the largest objects in the universe held together by gravity and tin consist of thousands of individual galaxies. Abel 370 has so much mass (by and large in the form of mysterious invisible dark affair) that its gravity focuses light from more afar galaxies, producing magnified and distorted images of objects too far to be seen ordinarily. Y'all can see some of those magnified galaxies in this HST prototype, actualization as smeared arcs of light.

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NASA, ESA, M. Showalter (SETI Institute)

Five Moons for Tiny Pluto (2012)

Before the New Horizons probe arrived on Pluto in 2015, astronomers turned HST to the dwarf planet to expect for any potential hazards. This 2012 epitome shows Pluto's five moons, including a fifth previously unknown moon, now known equally Styx. Hubble was also used to discover the moons Nix, Hydra, and Kerberos, which are too small to be seen with less powerful telescopes.

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NASA, Raghvendra Sahai and John Trauger (JPL), WFPC2 science team

A Dying Star and an Hourglass (1996)

Smaller stars like our sun don't explode equally supernovas only shed material every bit they die. Some of these form "planetary nebulas" like the Hourglass Nebula, which forms two interlinked bubbling of gas. The eerie consequence here is because Hubble doesn't "see" color the mode people do, and then the image colors (and many other images in this slideshow) correspond to the presence of particular types of atoms or molecules: greenish for hydrogen, red for nitrogen, and blue for ionized oxygen.

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NASA, ESA, Hubble Heritage Team

The Horsehead Nebula in Infrared (2013)

The Horsehead Nebula in the constellation of Orion is ane of the about popular objects to await at through backyard telescopes, where it looks similar a horse-shaped shadow against background stars. This HST infrared image shows newborn stars hiding inside the billowing nebula gas. Like the Eagle Nebula, the Horsehead is being eroded by ultraviolet light from nearby young, hot stars.

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NASA, ESA, D. Batcheldor and Due east. Perlman (Florida Institute of Technology), Hubble Heritage Team

A Jet from a Black Pigsty (2010)

M87 is a giant elliptical galaxy (significant: it has mostly erstwhile stars and no spiral arms) in the Virgo Cluster of galaxies. Similar virtually every galaxy nosotros know of, M87 harbors a huge black pigsty about its middle, which was imaged by the Upshot Horizon Telescope in 2019. This prepare of HST pictures shows a jet of affair blasted out past that black pigsty, stretching out farther than the visible edges of M87.

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NASA, ESA, J. DePasquale (STScI), R. Hurt (Caltech/IPAC)

The Colorful Crab (2020)

The Crab Nebula is the remains of a star that went supernova and which was observed beyond the world in 1054 C.E. This image combines optical low-cal from Hubble (in xanthous), infrared light from Spitzer (in red), and 10-ray lite from Chandra (in blue), revealing the complex internal structure of this centuries-old supernova remnant. Matter continues to collide inside the nebula even later on all this time, explaining the tendrils and bubbles you see in the picture.

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NASA: ESA, Hubble Heritage Team

A Flickering Cosmic Candle (2013)

RS Puppis is a star known equally a Cepheid variable: aging stars that pulsate, with predictable fluctuations in their light. This southern hemisphere star pulsates roughly every six weeks, creating "light echoes" in the surrounding gas. Early 20th-century astronomer Henrietta Swan Leavitt discovered that Cepheid variables have a connection between the frequency of fluctuations and their brightness, which immune Edwin Hubble to make the first measurement of the distance to Andromeda Galaxy.

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NASA, ESA, A. Simon, G.H. Wong, OPAL Team

Saturn'south Rings and Hexagon (2019)

As part of the giant planet monitoring plan, HST captured this beautiful image of Saturn. Not just are the planet's famous rings shown clearly, but you lot can as well run across the hexagonal storm at Saturn'southward north pole, a feature not identified earlier the Cassini spacecraft mission.

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NASA, ESA, Jonathan Nichols (Academy of Leicester)

Northern and Southern Lights, Saturn Manner (2010)

World's seasons are caused by the fact that our axis is tilted, so the north pole points toward the dominicus in the summer and abroad in winter. Saturn has an even stronger axial tilt, but Hubble captured this ultraviolet image almost the planet's equinox so that both poles were most in view at once. That allows us to see the auroras—northern and southern lights—in a single epitome, a rare occurrence.

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NASA, ESA, Hubble Central Project Team, High-Z Supernova Search Team

A Supernova in the Galactic Outskirts (1999)

The brilliant star-light object toward the lower-left corner of this epitome is Supernova 1994D, on the outskirts of the milky way NGC 4526. It's a Blazon Ia supernova, which is the explosion of a white dwarf (the remnant of the core of a star like our sun). Astronomers apply Type Ia supernovas to measure the expansion of the universe because they're bright enough to be seen from billions of light-years away.

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NASA, ESA, S. Beckwith (STScI), Hubble Heritage Squad

A Galactic Whirlpool (2005)

The Whirlpool Galaxy (M51) is a favorite milky way for many people, and this Hubble prototype shows why. As a "grand design" spiral galaxy, the spiral artillery are clearly defined, dotted with vivid immature blue stars and pink clouds where new stars are forming. Gravitational interactions with the smaller galaxy probable bulldoze this star germination at the correct side of the paradigm.

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NASA, ESA, Hubble Heritage Team

A Ring of Bright Matter (2013)

The Ring Nebula is a planetary nebula, the shedded fabric from a dying sun-similar star. We run across this system from an angle that shows the band construction, but this 2013 HST paradigm reveals the bluish part of the nebula is an oblong bubble that passes through the ring. At the Ring Nebula's very center, y'all can make out a white dot that is a white dwarf, the remnant of the original star's core.

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NASA, ESA, C. Kiss, J. Stansberry

Gonggong and Xiangliu

The ii largest known objects beyond Neptune in our solar system are Eris and Pluto; the 3rd-largest is Gonggong, discovered in 2007 and finally named in 2019. These HST images prove how astronomers discovered its moon Xiangliu by comparing archival pictures and looking for how things inverse. Gonggong, like other distant solar system worlds, is too small to exist anything just a pinpoint of light in nearly telescopes, requiring observatories of Hubble'southward quotient.

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NASA, ESA, N. Pirzkal, HUDF Squad (STScI)

What'southward Deeper than Deep? Ultra Deep (2004)

Following upward on the before Hubble Deep Field Survey, astronomers upped the ante and conducted the Hubble Ultra Deep Field Survey, looking at one relatively empty patch of the sky for roughly i million seconds (nearly 12 full days). This longer exposure revealed 10,000 galaxies, including some of the well-nigh distant notwithstanding discovered.

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The Invisible Made Visible (2009)

The Bullet Cluster is really two milky way clusters defenseless in the act of standoff, where the "bullet" is a shockwave in X-ray emitting hot gas (from Chandra, shown in red). The visible light Hubble information allowed astronomers to measure out where the mass from each cluster was full-bodied (shown in blue). They plant well-nigh of that mass was separated from the hot gas, meaning it's made up of invisible thing; this is one of the best direct measurements of the mysterious dark matter that makes upward well-nigh of the matter in the cosmos.

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NASA, ESA, A. Simon, M. Wong, A. Hsu

Neptune'due south Night Spot (2019)

The Voyager 2 spacecraft provided us with our first images of Neptune with its 1989 flyby, showing, in detail, a big dark-colored tempest on the planet's blue disk. Afterwards Hubble pictures didn't show this Neat Dark Spot, pregnant the storm had dissipated. However, a new Great Dark Spot formed in a different place on Neptune, as seen in this paradigm; this behavior shows how huge storms class and pause up on giant worlds.

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NASA, ESA, S.H. Suyu, Thousand.C. Wong

Gravity Makes You Run across Quadruple (2020)

Quasars are supermassive black holes that heat up matter until it glows brightly. In these HST pictures, gravity from a foreground galaxy focuses and splits lite from more distant quasars, making ane quasar wait like four. This effect is known as strong gravitational lensing, and astronomers use it to mensurate how far those quasars are from World past timing when each image flickers.

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NASA, ESA, Hubble Heritage Squad

The Southern Pinwheel Milky way (2014)

The Southern Pinwheel Galaxy (M83) is a "flocculent" spiral galaxy, pregnant its spiral artillery look fleecy thank you to the copious amounts of gas and grit they incorporate. This high-resolution image of M83 reveals the processes of star formation and cavities where stars exploded in supernovas.

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NASA, Hubble Heritage Team

A Stellar Shockwave (2002)

The Great Nebula of Orion is a star-forming nebula that tin be seen on a nighttime nighttime without a telescope in Orion's "sword." A young hot star in that nebula, LL Ori, is pumping out streams of charged particles known equally stellar wind at speeds high plenty to produce a shockwave in the surrounding gas. Though nosotros can't see the whole matter, this shockwave surrounds the star, though not in a spherical shape.

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NASA, Hubble Heritage Team

A Cosmic Penguin (2013)

The two galaxies making up the object Arp 142 collided, their mutual gravity pulling ane of the galaxies into a shape resembling a galactic penguin. This penguin was once a spiral milky way similar ours, but the meet has disrupted its shape and driven the production of new stars. The second object is an elliptical galaxy, which consists of older stars and little gas, which may be why its shape hasn't been roughed upward as much past the collision.

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NASA, ESA, P. Kalas (University of California, Berkeley)

Snapshots of Infant Star Systems (2006)

These ii images show disks of dust and water ice around newborn stars, which are thought to resemble the Kuiper Belt in the outer office of our own solar system. These protoplanetary disks, as they are called, form from the leftovers of the host star's nascency. In these cases, there might be planets orbiting closer in, but fifty-fifty Hubble's capabilities aren't proficient enough to see something so relatively tiny.

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NASA, ESA, Hubble Heritage Team

Ancient Stellar Jewels (2015)

Globular clusters are roughly spherical collections of tens of thousands of stars, including some of the oldest stars we know of. The cluster 47 Tucanae (located in the southern constellation Tucan) is part of the Milky way but is older than our galaxy by several billion years.

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The Tarantula Nebula in Infrared (2014)

The Large Magellanic Deject is the largest satellite milky way of the Galaxy, and habitation to Supernova 1987A. It's likewise dwelling house to the huge star-forming region known every bit the Tarantula Nebula. Hubble'south infrared photographic camera revealed a staggering 800,000 stars and protostars inside the Tarantula, of which you tin can see more than than a few in this epitome.

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NASA, ESA, and D. Jewitt (UCLA)

An Inbound Comet (2017)

The comet C/2017 K2 PANSTARRS (or more than simply K2) was first seen by Hubble in 2017 when it was past the orbit of Saturn. Comets are made of rock and ices (including water ice, carbon dioxide ice, and others) that form the distinctive tails when heated by the Sun. Even at that distance, sunlight was plenty to melt the outer layers of K2, making it the most distant active comet always seen.

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NASA, ESA, M. Durbin, J. Dalcanton, B.F. Williams (University of Washington)

Our Side by side-Nearest Galactic Neighbor (2019)

The Galaxy is one of 3 large galaxies in the small-scale cluster known as the Local Group. The other two are Andromeda (the biggest of the group) and Triangulum (M33), a small screw. Despite the fact that it'due south probably as old as its larger neighbors, Triangulum is producing new stars at a adequately high charge per unit, which intrigues astronomers.

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NASA, ESA, Hubble Heritage Team

A Galactic Rose (2011)

Galaxy collisions may seem violent, but they're one major way modest galaxies grow into bigger ones, as they merge together. And undoubtedly galactic collisions are beautiful, as in with the galaxies of Arp 273, which HST captured to commemorate its 21st anniversary. As with other examples of interacting galaxies we've seen, Arp 273 shows star formation spurred on by each milky way's gravitational tug on the other.

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NASA, ESA, A. Simon, M. Wong, A. Hsu

A Cap of Clouds (2019)

When Voyager 2 visited Uranus in 1986, the pictures it returned to Earth showed a green-blue planet most unblemished past clouds. By contrast, this recent Hubble image shows a stormy cap of clouds over Uranus' pole. Since Uranus has the nearly extreme axial tilt of all planets—essentially tipped on its side—it also experiences the virtually extreme seasons, which may drive weather condition in ways we don't fully empathise notwithstanding.

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When the Same Supernova Happens More Than Once (2015)

Supernovas, by definition, merely happen one time, since when a star blows up, there'southward nothing left to explode once again. However, using potent gravitational lensing, astronomers were able to witness Supernova Refsdal four times when light from the explosion passed almost a foreground galaxy. This finer quadrupled the data from the supernova, providing both actress information about the explosion and a way to examination the modernistic theory of gravity in new ways.

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NASA, ESA, Hubble Heritage Team

Blowing Stellar Bubbles (2016)

All stars—our sun included—produce "current of air" in the course of electrically charged particles bravado off the surface. The star at the heart of the Bubble Nebula is 45 times more than massive than the sun, and its wind has carved out a cavity in the surrounding gas vii light-years across. The nebula itself is the beautifully illuminated shape fabricated where the wind collides with that gas.

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A Supernova on the Face of a Screw Milky way (2018)

Spiral galaxy NGC 1015 has a hitting appearance, in large part, because we run into it almost perfectly "face on." The primal part of the galaxy is marked by a bar of stars and gas, surrounded by a band of matter. But this Hubble prototype also fortuitously includes Supernova 2009ig, a Type Ia supernova acquired past the explosion of a white dwarf.

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NASA, ESA, Hans Van Winckel, Martin Cohen

The Cerise Rectangle Nebula (2004)

Most shapes in space are round or blobby, merely the planetary nebula HD 44179 is boxy, giving information technology the popular name the Red Rectangle. This 2004 Hubble image shows that the fundamental shape of the thing being shed by a dying star is more than like an X, which explains why the material looks rectangular from a distance.

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A Moon for Makemake (2016)

Makemake is one of the dwarf planets in the outer solar organisation discovered inside the past 20 years. Until 2015, astronomers couldn't tell if it had a satellite or not, but this Hubble image revealed a faint moon that might accept been hiding in Makemake's glow previously. Named "Southward/2015 (136472) 1" and nicknamed "MK 2," the moon's presence helps astronomers measure important properties near Makemake, such equally its mass.

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NASA, ESA, O. Gnedin, W. Brown

Yeeting a Star From the Milky way

This picture of a star looks downright mundane until you realize it's speeding out of our galaxy at a breakneck one.half-dozen million miles per hour. HE 0437-5439 is known equally a "hypervelocity" star, and information technology was likely part of a multiple-star system that drifted too close to the Galaxy'south supermassive black hole. The dance of gravity stripped HE 0437-5439 from its companions and kicked it out of the milky way entirely.

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NASA, ESA, Hubble Heritage Team

The Sombrero Galaxy (2003)

The Sombrero Galaxy (M104) is another of Hubble's greatest hits, thanks to its very bright disk surrounded by a ring of dust. Because nosotros encounter the galaxy about edge-on, it's hard to distinguish a lot of its features. However, astronomers have used this Hubble image to identify ii,000 globular clusters of stars in and around the galaxy.

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A Dusty Red Planet (2018)

Mars can feel downright mundane compared to many of the other cosmic objects in Hubble's catalog, but astronomers have turned the telescope to look at our planetary neighbor many times in the past 30 years. This 2018 image shows the Ruby Planet with a winter cap of clouds over the due north pole. You tin also see Mars' ii small potato-similar moons, Phobos and Deimos, in the right and lower side of the photograph, respectively.

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NASA, ESA, and the Hubble SM4 ERO Team

A Deceptive Grouping (2009)

At first expect, Stephan's Quintet seems to be five galaxies in collision. Withal, it turns out only iii are actually interacting, and the vivid galaxy in the upper left corner is seven times closer to Globe than the others. This optical illusion highlights the fact that occasionally things can await shut together when they're actually very far autonomously, despite space being very big and mostly empty.

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NASA, ESA, HEIC, Hubble Heritage Team

The Beauty of a Dying Star (2004)

The True cat'south-Centre Nebula may be another planetary nebula, but each star like our lord's day seems to die in its own cute and spectacular fashion. This nebula, in particular, is strikingly circuitous, with concentric layers of shed fabric overlapping bubbles and an almost screw-arm structure.

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NASA, ESA, P. Oesch (Yale University)

A Breathtakingly Distant Milky way (2016)

Galaxy GN-z11 just looks like a red blob in this HST image, but that's because it's a breathtaking 13.iv billion light-years abroad. Since the universe is only virtually thirteen.8 billion years old, this means GN-z11 formed about as early on as any milky way can exist. In fact, it was very bright blue 13.4 billion years ago, but every bit the low-cal from it traveled, it got stretched into the crimson part of the spectrum, a phenomenon known equally cosmic redshifting.

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NASA, Hubble Heritage Squad

A Most Peculiar Star (2004)

The star V838 Monocerotis (in the constellation Monoceros, or the Unicorn) brightened suddenly in 2002, so faded. Astronomers turned to HST to look at it and found an expanding crush of gas around the star. This image shows a Firefox-like swirl of textile shed by the star, which was probably left over from an earlier flare-up.

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NASA, ESA, Hubble Legacy Field Team

Hubble'south Legacy (2019)

In 2019, Hubble astronomers collected 7,500 images taken over sixteen years of observations to make the Hubble Legacy Survey. This mosaic includes infrared, optical, and ultraviolet data to provide a view of the cosmos, both deep and wide. With 265,000 galaxies in the field, yous could spend your life looking at it and however find new things to find, a worthy summation of Hubble'due south 30-year career so far.

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