NASA Chandra X-ray Observatory @nasachandraxray

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NASA Chandra X-ray Observatory photos and videos

14 hours ago

Produced by the explosion of a massive #star in our Milky Way galaxy, supernova remnant G266.2-1.2 is located about 2,400 light years from Earth. Over 30 light years across, material from the explosion continues to expand into interstellar #space ! Want this #pic as a new background for your phone or tablet? http://chandra.harvard.edu/instagram/wallpaper/

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Yesterday

💥 The explosion of a massive #star that produced supernova remnant N49 also left behind a neutron star that spins around once every 8 seconds! Approximately 20 kilometers in diameter, the neutron star is categorized as a magnetar due to its extremely powerful magnetic field — roughly a quadrillion times more powerful than that of Earth! Want to know more about this #space #pic ? http://chandra.harvard.edu/instagram/

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2 days ago

An event horizon is the boundary between what can & cannot escape the gravity of a #BlackHole This year a planet-wide array of ground-based #radio telescopes, called the Event Horizon Telescope (EHT ), presented the world with the first image of a black hole's event horizon! Happy #NationalRadioDay ! Want to know more about this #space #pic ? http://chandra.harvard.edu/instagram/

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6 days ago

Right #now Chandra is studying the effects of a microquasar on supernova remnant W50, informally called the #Manatee Nebula! About 18,000 light years from Earth, the #BlackHole left behind by the supernova explosion feeds on gas it collects from a neighboring companion star. #Today 's Observation from #space : 13 hours 20 minutes

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1 weeks ago

This #beautiful supernova remnant may contain the youngest #BlackHole in our galaxy. With an age of only about 1,000 years as viewed from Earth (i.e., not including the light travel time ), W49B is approximately 35 light years across. #NationalRelaxationDay Want this #space #pic as a new background for your phone or tablet? http://chandra.harvard.edu/instagram/wallpaper/ Want to know more? http://chandra.harvard.edu/instagram/

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2 weeks ago

Chandra X-ray Observatory: 3.6 million lines of #code written to operate, collect & analyze data from the spacecraft. 2.4 billion kilometers of #space traveled in orbit around Earth. 23 trillion bytes of data collected over the last 20 years. Used by more than 4,300 scientists around the world! #GeekyThingsAboutMe #Chandra20 #Science For more, visit: http://chandra.si.edu/20th/

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2 weeks ago

Right #now Chandra is studying a #BlackHole in Ursa Major! Nearby in the sky is the beautiful barred spiral galaxy M109. Seen in the #night sky near the bowl of the Big Dipper, M109 is over 80 million light years from Earth & roughly 180,000 light years across! #Today 's Observation from #Space : 4 hours 26 minutes

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2 weeks ago

#News : Chandra X-ray data revealed what may be the most distant "cloaked" #BlackHole ever detected! Found at a time only about 850 million years after the #BigBang , this black hole could help us better understand an important epoch in the #Universe ! (More in the comments. ) For even more about the discovery, including #pics and #video , visit: https://s.si.edu/cloaked #Space #Science

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3 weeks ago

Resembling a cosmic #fire opal, this supernova remnant is what remains after the supernova explosion of a #star in Dorado. SNR 0534-69.9 is located about 160,000 light years from #Earth in a nearby region of #space known as the Large Magellanic Cloud. Want this #pic as a new background for your phone or tablet? http://chandra.harvard.edu/instagram/wallpaper/

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3 weeks ago

🌀 Right #now Chandra is gazing at a group of galaxies in Draco! Nearby in the sky swirls this dwarf spiral galaxy, NGC 6503. Located on the edge of a region of #space called the Local Void, the galaxy is roughly 30,000 light years across — about 1/3 of the size of our Milky Way! #Today 's Observation: 11 hours 6 minutes

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3 weeks ago

Right #now Chandra is studying a pulsar in Puppis! Nearby in the sky is NGC 2440, a planetary nebula containing one of the hottest white dwarf stars known! This nebula glows as a result of fluorescence caused by ultraviolet radiation from the blazing star. #Today 's Observation from #Space : 9 hours 10 minutes

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3 weeks ago

A burst of #star formation lasting at least 200 million years is likely responsible for the gigantic reservoir of hot gas surrounding these two merging galaxies! Spanning about 300,000 light years in #space , the gas radiates at more than 7 million degrees and contains the mass of about 10 billion Suns! Want this #hot #pic as a new background for your phone or tablet? http://chandra.harvard.edu/instagram/wallpaper/ Want to know more? http://chandra.harvard.edu/instagram/

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4 weeks ago

Right #now Chandra is studying a #star in Cygnus! Nearby in the sky is Veil Nebula, all that remains of what was once a star about 20 times more massive than our #Sun ! This close-up image shows a small section of the nebula roughly 2 light years across where red is hydrogen, green is sulfur, and blue is oxygen. #Today 's Observation from #Space : 9 hours 43 minutes

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4 weeks ago

Jets generated by supermassive #BlackHoles at the centers of galaxies can transport huge amounts of energy across great distances! Giant plumes of radiation spanning roughly 400,000 light years are seen here in X-ray & radio light blasting outward from galaxy 3C353! Want this #space #pic as a new background for your phone or tablet? http://chandra.harvard.edu/instagram/wallpaper/

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4 weeks ago

Right #now Chandra is studying a quasar in Canes Venatici! Nearby in the sky is M63, also known as the #Sunflower Galaxy. A spiral #galaxy similar in size to our own Milky Way, this celestial blossom contains over 400 billion #stars ! #Today 's Observation: 5 hours See more #space #pics at: http://chandra.si.edu/

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5 weeks ago

✨At exactly this moment 20 years ago, Space Shuttle Columbia lifted off the launch pad @NASAKennedy in Cape Canaveral, Florida. Its mission: to carry @NASA 's Chandra X-ray Observatory into #space #Happy 20th anniversary Chandra! #Chandra20 More: On July 23, 1999 at 12:31 a.m. EDT, the solid rocket motors in the solid rocket boosters on NASA Shuttle Transportation System 93 (STS-93 ) ignited. Under the command of Col. Eileen Collins, the first woman to command a NASA shuttle mission, Space Shuttle Columbia lifted off and NASA's Chandra X-ray Observatory began its journey into space. Two minutes later, the burn from the Solid Rocket Boosters was completed and the boosters separated from the shuttle. Parachutes blossomed and carried the boosters gently into the Atlantic Ocean where they were recovered. Eight minutes after launch the main engine cut off and the disposable external fuel tank separated. Forty-five minutes after launch the shuttle orbiter Columbia achieved a circular orbit 320 kilometers (200 miles ) above Earth. At two hours into the mission, the payload doors opened and the astronauts prepared to deploy the Chandra X-ray Observatory. For six hours, while Columbia silently orbited Earth, all the systems on the Chandra spacecraft were checked out and the satellite reached equilibrium with the conditions in space. Eight hours and 42 minutes after launch, a small spring gently catapulted the giant satellite into space. Columbia pulled away a safe distance, and at 9 hours and 41 minutes into the mission, the first of two solid rocket motors attached to Chandra's spacecraft module ignited. The rocket burned for two minutes before shutting off and separating from the spacecraft. Three minutes later the second rocket fired. These firings lifted the Chandra X-ray Observatory into a highly elliptical orbit that took the satellite 64,000 kilometers away from Earth before returning to a closest approach of 320 kilometers. The solar panels deployed and the second solid rocket motor separated. (Continued in the comments... )

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last month

Discover how an X-ray telescope has revolutionized @astronomy and our understanding of the Universe. A scientific and engineering marvel, @NASA 's Chandra X-ray Observatory has spent two decades (so far ) exploring the cosmos unlike any other telescope. What it has found will astound you. See the full "First Light" video on YouTube, created in collaboration with @steerfilms : https://bit.ly/2GgFhDV #Chandra20 More: On July 23, 1999, the Space Shuttle Columbia launched into space carrying the heaviest payload ever flown. In its cargo bay was the Chandra X-ray Observatory, a first-of-its-kind telescope that would open a new window into exploring the Universe. Unlike the Hubble Space Telescope, its older cousin, Chandra detects X-rays from space instead of the kind of light that humans can see. Only a handful of decades before, scientists didn’t know objects in space gave off X-rays. Because the Earth’s atmosphere absorbs this high-energy light, people had to wait until the dawn of the Space Age to realize that space is aglow in light that invisible to our eyes. Once known, a different kind of space race emerged. The Chandra X-ray Observatory is the culmination of decades of collaboration between scientists and engineers, private and public institutions, the United States and those around the world. Two decades after its launch, Chandra remains the most powerful X-ray telescope and continues to reveal secrets about black holes, exploded stars, and the nature of the Universe itself. See for yourself what wonders Chandra has to behold. Featuring: Belinda Wilkes, Daniel Castro, Sabina Hurley, Grant Tremblay and Kimberly Arcand. Special thanks to Carlos Toro (Steer Films, steerforward.com ) and team; with science input from Kimberly Arcand, Peter Edmonds & Megan Watzke (Chandra X-ray Center ). Want to know more? http://chandra.si.edu/20th/ #space #science #video

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last month

Next week we'll be celebrating Chandra's 20th anniversary! See some of the best images from NASA's Chandra X-ray Observatory and #vote for your favorite at https://bit.ly/2SmDaU2 #Space #pics #Chandra20

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last month

The #Snake Nebula is known as a dark nebula. Dark nebulae are clouds of gas & dust so dense that they block out much of the light behind them, leaving shadowy silhouettes in the foreground. Slithering across the sky about 650 light years from Earth, this #serpent is roughly 5 light years across! #WorldSnakeDay #Space

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last month

NGC 281 is located about 9,200 light years from Earth and almost 1,000 light years above the plane of our galaxy, giving us a nearly unfettered view of the #star formation within. A composite of X-ray & infrared light, this image is over 45 light years across! Want this #space #pic as a new background for your phone or tablet? http://chandra.harvard.edu/instagram/wallpaper/ Want to know more? http://chandra.harvard.edu/instagram/

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last month

M33 is the smallest spiral galaxy in the Local Group of galaxies which also includes the Milky Way and Andromeda. Located about 3 million light years away from Earth in #space , M33 is roughly 60,000 light years across. Chandra data shown in pink reveal a diverse range of objects including neutron stars, black holes, and supernova remnants! Want this as a new background #pic for your phone or tablet? http://chandra.harvard.edu/instagram/wallpaper/

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last month

✨ Right #now Chandra is studying a #BlackHole in Ursa Major! Nearby in the sky is this galaxy, M81. About 11.6 million light years from Earth, M81 contains a supermassive black hole roughly 15 times the mass of the supermassive black hole in the center of our Milky Way! Want to know more? http://chandra.harvard.edu/instagram/ #Today 's Observation: 16 hours 40 minutes

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last month

Right #now Chandra is studying an object in #Sagittarius Nearby in the sky is the Lagoon Nebula, a rowdy nursery full of star birth & destruction! This image shows a section of the nebula about 4 light years across that features a beast of a young star called Herschel 36. The star is roughly 200,000 times brighter than our #Sun ! #Today 's #Space Observation: 6 hours 56 minutes

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last month

For the first time, astronomers have found two giant clusters of galaxies that are just about to collide, as reported in a new press release by RIKEN. This observation is important in understanding the formation of structure in the Universe, since large-scale structures—such as galaxies and clusters of galaxies—are thought to grow by collisions and mergers.⁣ ⁣⁣ ⁣The composite image above shows the separate galaxy clusters 1E2215 and 1E2216, located about 1.2 billion light years from Earth, captured as they enter a critical phase of merging. Chandra’s X-ray data (blue ) have been combined with a radio image from the Giant Metrewave Radio Telescope in India (red ). These images were then overlaid on an optical image from the Sloan Digital Sky Survey that shows galaxies and stars in the field of view.⁣ ⁣⁣ ⁣The discovery of 1E2215 and 1E2216 at this stage of merging has enabled astronomers to test their computer simulations of these important collisions. This new result provides evidence of a shock wave that is generated early in the merging process and travels out away from the collision in a perpendicular direction.⁣ ⁣⁣ ⁣X-ray: NASA/CXC/RIKEN/L. Gu et al; Radio: NCRA/TIFR/GMRT; Optical: SDSS ⁣ ⁣⁣ ⁣More at chandra.si.edu ⁣ ⁣⁣ ⁣ #astrophysics #space #nasa #chandra #xray #universe #mergers #news #galaxyclusters #spaceisawesome

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June 2019

🌀Over 60,000 light years across, the Whirlpool Galaxy is a captivating spiral galaxy located about 27 million light years from Earth. Drifting through #space behind the Whirlpool Galaxy for hundreds of millions of years, smaller galaxy NGC 5195 will likely one day be consumed by its larger companion. Want this #pic as a new background for your phone or tablet? http://chandra.harvard.edu/instagram/wallpaper/

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June 2019

#News : Does the gas in galaxy clusters flow like milk or honey? 🥛🍯 Scientists dived deep into the Coma Cluster with @NASA 's Chandra to answer that very question, expanding our understanding of the largest structures in the Universe held together by gravity! This image represents a deep dataset of the Coma galaxy cluster obtained by NASA's Chandra X-ray Observatory. Researchers have used these data to study how the hot gas in the cluster behaves, as reported in our press release. One intriguing and important aspect to study is how much viscosity, or "stickiness," the hot gas demonstrates in these cosmic giants. Galaxy clusters are comprised of individual galaxies, hot gas, and dark matter. The hot gas in Coma glows in X-ray light observed by Chandra. Seen as the purple and pink colors in this new composite image, the hot gas contains about six times more mass than all of the combined galaxies in the cluster. The galaxies appear as white in the optical part of the composite image from the Sloan Digital Sky Survey. (The unusual shape of the X-ray emission in the lower right is caused by the edges of the Chandra detectors being visible. ) (Continued in the comments… )

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June 2019

Right #now Chandra is gazing at a #galaxy in the Boötes constellation! Nearby in the sky is a pair of interacting galaxies, collectively known as VV 705. About halfway through the process of merging into a single galaxy, the galactic cores are separated by roughly 16,000 light years of #space ! #Today 's Observation: 15 hours 33 minutes

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June 2019

Right #now Chandra is observing a neutron star in Corona Australis, the Southern Crown! Nearby in the sky is star-forming region NGC 6729. Infant #stars hidden in dust are ejecting material that's slamming into the surrounding neighborhood at speeds of up to 620,000 miles per hour! This image was taken by ESO's Very Large Telescope and shows the scene in the light of glowing hydrogen (orange ) & ionized sulfur (blue ). #Today 's Observation: 23 hours 53 minutes #Space !

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June 2019

Right #now Chandra is gazing at a galaxy cluster in Eridanus, the river constellation! Nearby in the sky is the large spiral galaxy NGC 1232. Roughly twice the size of our Milky Way galaxy, it shines with the light of billions of #stars ! #Today 's Observation: 9 hours 10 minutes

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June 2019

Right #now Chandra is studying #BlackHoles in Ophiuchus! Nearby in the sky is the bipolar Twin Jet nebula. Bipolar planetary nebulae contain not one, but two stars in their centers. The shape of the jets is likely caused by the motion of the two central stars around each other. The pair of jets seen here is streaming out into #space at over 1 million kilometers per hour! #Today 's Observation: 20h 50m

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June 2019

Happy #Donut Day! Ring Nebula Ingredients: helium (dark blue ), hydrogen & oxygen (light blue ), nitrogen & sulfur (reddish-orange ), & carbon (core of star ). Directions: Bake mid-sized star until it ejects material, forms an envelope of gas called a planetary nebula, and begins to fluoresce due to intense heat from remaining star. #Donut will keep for about 10,000 years. #NationalDoughnutDay 🍩

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June 2019

Right #now Chandra is studying the core of a galaxy in Hydra! Perched nearby in the sky is the Southern #Owl Nebula, a planetary nebula produced during a final phase in the life of a Sun-like star! #Today 's Observation from #Space : 2 hours 46 minutes

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June 2019

Right #now Chandra is gazing at galaxies in Draco! Nearby in the sky are 2 interacting galaxies: LEDA 62867 (left ) and NGC 6786 (right ). Millions of years from now, after a long and graceful dance, NGC 6786 will likely consume its smaller galactic partner. #Today 's Observation: 15 hours 33 minutes #Graceful #Space

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June 2019

NGC 604 is the largest region of #star formation in the nearby galaxy M33, roughly 2.7 million light years from #Earth This composite image from Chandra & #Hubble shows part of the neighborhood where about 200 #hot , young, massive stars reside! Want this as a new background for your phone or tablet? http://chandra.harvard.edu/instagram/wallpaper/ Want to know more? http://chandra.harvard.edu/instagram/

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