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Mission Operations Center for NASA's Webb Space Telescope (#NASAWebb). Science operations for the Hubble Space Telescope and Nancy Grace Roman Space Telescope.

Baltimore, MD
Joined June 2008
Photo by Space Telescope Science Institute (@SpaceTelescope)Photo by Space Telescope Science Institute (@SpaceTelescope)Photo by Space Telescope Science Institute (@SpaceTelescope)Photo by Space Telescope Science Institute (@SpaceTelescope)Photo by Space Telescope Science Institute (@SpaceTelescope)Photo by Space Telescope Science Institute (@SpaceTelescope)Photo by Space Telescope Science Institute (@SpaceTelescope)Photo by Space Telescope Science Institute (@SpaceTelescope)Photo by Space Telescope Science Institute (@SpaceTelescope)Photo by Space Telescope Science Institute (@SpaceTelescope)
In 2023, #NASAWebb peered at a portion of the Horsehead Nebula. With Webb’s near-infrared view, scientists gathered details about the “mane’s” gas and dust at the molecular level. Hydrogen, methane, and water ice compose the mane: go.nasa.gov/47juzZG 🔭
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TOMORROW: The Cigar Galaxy has been notoriously difficult to study. It contains large amounts of dust, making its disk nearly impenetrable at optical wavelengths. Now #NASAWebb has pierced through its dust to reveal its structure in incredible detail. youtube.com/live/YeA17Ex3lcE
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To celebrate STScI’s 45 years as stewards of space astronomy, we viewed the institute with a 110 film camera, a format that was available in 1981, our first year in operation. Among these photos are objects that were just ideas then, such as a model of #NASAWebb. Credit: STScI.
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Spiral arms often wind down to the very center of a galaxy, but NGC 4698’s spiral arms appear to “shy away” from its glowing core. The arms instead hover in a ring-like structure around the perimeter of the galaxy in this Hubble image. Credit: ESA, NASA.
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Pandora’s Cluster—seen by #NASAWebb—has a concentration of mass so great that space around it is warped by gravity and can magnify sources of light behind it. As a result, the cluster has helped astronomers identify numerous objects in the early universe: bit.ly/4s1wnzP
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NOVEMBER 10: The Cigar Galaxy has been notoriously difficult to study. It contains large amounts of dust, making its disk nearly impenetrable at optical wavelengths. Now #NASAWebb has pierced through its dust to reveal its structure in incredible detail. youtube.com/live/YeA17Ex3lcE
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Scientists used Hubble to study 37 nearby dwarf galaxies—small galaxies with a few thousand to hundreds of millions of stars—and found that much of the oxygen they expected to see is missing. Where did it go? news.stsci.edu/3W93ohU 🔭
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We’re beckoning you to come closer to the Cat’s Head Nebula, a feline-shaped filament of dust that possesses different details depending on the type of light—visible, near- and mid-infrared—observed by Hubble and #NASAWebb. Credit: STScI. 🔭
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What is lurking in the star-forming region known as the Carina Nebula? The Cat’s Head Nebula! Explore the different Hubble and #NASAWebb views of this cat-shaped dust filament. Each wavelength of light reveals different, intriguing details: go.nasa.gov/4eEOQwJ 🔭
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Cat got your tongue? That’s how we feel when looking at new images of the Cat’s Head Nebula by Hubble and #NASAWebb. With its glowing eye—likely a star buried by gas and dust—this nebula has arrived in time for Halloween: news.stsci.edu/4sq4Los 🔭
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OPPORTUNITY: The Space Telescope Science Institute in Baltimore, MD, is seeking a Stationary Engineer to operate, maintain, troubleshoot, and repair building systems including HVAC, electrical, plumbing, fire protection, alarms, and environmental controls: bit.ly/4Bu4WmO
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What a sight! Hubble, #NASAWebb, and Chandra’s combined data offers a new almost supernatural view of II Zw 096, two galaxies merging with a brilliant burst of star formation. Credit: X-ray: NASA, CXC, SAO; Visible: NASA, ESA, STScI; Infrared: NASA, ESA, CSA, STScI. 🔭
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It’s a no brainer: PMR 1, nicknamed the “Exposed Cranium” nebula, is pretty cool. #NASAWebb’s mid-infrared view reveals its structure, which provides evolutionary clues: The outer gas shell was ejected first, and an inner dust cloud followed suit: go.nasa.gov/4yaYgIg 🔭
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STScI hosted Carnegie Science's Anthony Piro as he summarized recent advances in the theoretical understanding of tidal disruption events, including how scientists can use them to measure black hole masses and probe the process by which stars are eaten.
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Three Space Telescope Science Institute fellowship applications for promising postdoctoral scientists working in the fields of astronomy, astrophysics, or planetary science are closing soon. stsci.edu/stsci-research/fel…
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Through powerful stellar winds, these young glittering stars at the center pushed away most of the gas from which they were born, creating this central void that offers a ghostly appearance in this Hubble image of LHA 129-N44. Credit: ESA, NASA, D. Gouliermis. 🔭
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The wispy curtains of material that shroud stars and brown dwarfs in this #NASAWebb view of IC 348 is rich in carbon-containing molecules that resemble soot. Light from stars reflects off this material, causing it to glow: bit.ly/4iwhW4o
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Watch the Orion constellation spin in three dimensions, as the familiar pattern in the the night sky distorts into a whole new perspective. Credit: Christian Nieves, Frank Summers and Ralf Crawford (STScI). 🔭
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