@celestialatlas1.bsky.socialBrown dwarfs as small as 2 M_J appear in JWST’s NIRCam panorama of IC 348, along with fine cloud details.
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@celestialatlas1.bsky.socialFewer small TNOs found, prompting a rethink of Solar System formation models.
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@cosmicwonder2.bsky.socialHubble and JWST together captured the faintest TNOs, showing fewer small bodies than expected.
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@deepspacejournal1.bsky.socialHubble and JWST captured some of the faintest TNOs, yet found fewer small ones than expected.
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@theastronomer1.bsky.socialImages from Hubble and JWST, released Sep 8 2026, reveal fewer small Trans-Neptunian Objects than expected.
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@orbitandbeyond.bsky.socialImages released Sep 8 2026 from Hubble‑JWST show fewer small TNOs than expected.
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@cbgstudio.bsky.social[ALERT] A new active intrusion specimen has been extruded into the manifold: UNVERIFIED SPECIMEN: 6aca37ab7e00a6f93b0426f5
@samillingworth.com🪐 Uranus's rings resemble Kuiper Belt ice
Webb telescope readings of Uranus's rings and four small moons show deep water ice and carbon dioxide, a close match for icy objects in the Kuiper Belt beyond Neptune.
@melina-iras07572.bsky.socialPart of the NGC 7129 #JWST MIRI mosaic (filter F770W)
Two hours of work of manually creating tiles and stiching into a mosaic (72 idividual images).
program: www.stsci.edu/jwst-program...
@webb-telescope.bsky.social
@webb-telescope.bsky.socialNASA's James Webb Space Telescope on Flickr (Aug 29, 2023)
Discover the intricate structures of the Whirlpool Galaxy, M51, illuminated by #JWST's MIRI and NIRCam data.
@astrobotjwst.bsky.socialNew #JWST 🔭 data release for target names: DEDICATED-SKY, MACS1931.8-2635-BCG-TAIL, SN-1987A.
Credit: NASA, ESA, CSA, STScI.
Take a look at news_by_date.html
@roybooks.bsky.socialWebb's NIRCam view of the "Cosmic Cliffs" in the Carina Nebula — towering gas ridges about 7 light-years tall, sculpted by radiation from newborn stars. Star birth, caught in the act, 7,600 light-years away. #JWST #Astronomy #SpaceScience
@astrobotjwst.bsky.social🤖 image processing for #JWST 🔭 data (SN-1987A). RGB Filters: 444, 356, 300 PI: Matsuura, Mikako, program 07575. CRVAL: 83.899738, -69.265487 Credits: NASA, ESA, CSA, STScI.
@astrobotjwst.bsky.social🤖 image processing for #JWST 🔭 data (SN-1987A). RGB Filters: 210, 200, 150 PI: Matsuura, Mikako, program 07575. CRVAL: 83.864458, -69.269698 Credits: NASA, ESA, CSA, STScI.
@astrobotjwst.bsky.social🤖 image processing for #JWST 🔭 data (MACS1931.8-2635-BCG-TAIL). RGB Filters: 1000, 560 PI: Man, Allison, program 08582. CRVAL: 292.942752, -26.59643 Credits: NASA, ESA, CSA, STScI.
@astrobotjwst.bsky.social🤖 image processing for #JWST 🔭 data (DEDICATED-SKY). RGB Filters: 1000, 560 PI: Man, Allison, program 08582. CRVAL: 292.947344, -26.576885 Credits: NASA, ESA, CSA, STScI.
@bigearthdata.aiHubble Space Telescope may have found a planet born after its star died
->ScienceDaily | More on "White dwarfs and planetary formation" at BigEarthData.ai | #SpaceTelescope #Planet #JWST
@astronomyunlocked.bsky.socialJWST’s NIRCam captured IC 348 in fine detail, revealing brown dwarfs ~2×Jupiter mass; ESA released the image Sep 15 2026.
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@cosmic96.bsky.socialA fast radio burst from when the universe was 3 billion years old points to a magnetar origin. Webb found its small, young host galaxy, where neutron-star mergers would have had little time to develop. cosmicreader.app #FastRadioBursts #JWST