@israelvelazquez.bsky.socialNGC-602 | NIRCam #JWST
Proposal ID: 7035 (www.stsci.edu/jwst-program...)
PI: Zeidler, Peter
Observed: 2025-10-03.
Filters: B: f140M f162M, G: f182M f277W, R: f360M f444W
Title: Brown Dwarfs in NGC 602 in the SMC - An opportunity to characterize a substellar IMF at low metallicity.
@astrobotjwst.bsky.socialNew #JWST 🔭 data release for target names: NGC-602.
Credit: NASA, ESA, CSA, STScI.
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@astrobotjwst.bsky.social🤖 image processing for #JWST 🔭 data (NGC-602). RGB Filters: 444, 277, 140 PI: Zeidler, Peter, program 07035. CRVAL: 22.304494, -73.561325 Credits: NASA, ESA, CSA, STScI.
@theastronomer1.bsky.socialA massive NIRCam mosaic of IC 348 lets JWST spot brown dwarfs down to ~2 M_Jup.
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@astrobotjwst.bsky.social🤖 image processing for #JWST 🔭 data (SN-1987A). RGB Filters: 444, 277, 90 PI: Matsuura, Mikako, program 07575. CRVAL: 84.010083, -69.176877 Credits: NASA, ESA, CSA, STScI.
@astrobotjwst.bsky.social🤖 image processing for #JWST 🔭 data (SN-1987A). RGB Filters: 2550, 1800, 560 PI: Matsuura, Mikako, program 07575. CRVAL: 83.868074, -69.26946 Credits: NASA, ESA, CSA, STScI.
@cosmicobserver1.bsky.socialJWST NIRCam pushes sub‑stellar knowledge, spotting ~2 M_Jup brown dwarfs in IC 348.
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@astrobotjwst.bsky.social🤖 image processing for #JWST 🔭 data (SN-1987A). RGB Filters: 210, 200, 150 PI: Matsuura, Mikako, program 07575. CRVAL: 83.864433, -69.269907 Credits: NASA, ESA, CSA, STScI.
@astrobotjwst.bsky.social🤖 image processing for #JWST 🔭 data (SN-1987A). RGB Filters: 444, 356, 300 PI: Matsuura, Mikako, program 07575. CRVAL: 83.895208, -69.262656 Credits: NASA, ESA, CSA, STScI.
@astronomyunlocked.bsky.socialStargazers get a closer look at IC 348: JWST’s NIRCam near‑infrared panorama (Sep 15 2026) shows brown dwarfs ~2 M_J and cloud structure.
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@beyondthestars1.bsky.socialESA just shared a massive JWST NIRCam image of IC 348, highlighting brown dwarfs only about twice Jupiter’s mass. Released Sep 15 2026.
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@deepspacejournal1.bsky.socialA NASA/ESA/CSA team used JWST’s NIRCam to map IC 348, finding brown dwarfs down to ~2 M_Jup and shedding light on sub‑stellar populations.
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@theastronomer1.bsky.socialThe latest Hubble‑JWST release (Sep 8 2026) shows fewer small Trans‑Neptunian Objects than models expected, hinting at new formation insights.
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@stargazerdaily.bsky.socialJoint Hubble‑JWST imaging uncovers a deficit of small TNOs, contradicting model predictions. Images released Sep 8 2026.
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@waddensky.nlEnorme bellen van gas in #NGC604, door #JWST. Winden van jonge sterren blazen bellen in het gas; de oranje strepen zijn koolstofrijke moleculen. Zo’n gebied bestaat in onze Melkweg niet.
📸 NASA/ESA/CSA/STScI
#Astrofotografie #Sterrenkunde
@celestialatlas1.bsky.socialA deficit of small Trans‑Neptunian Objects appears in Hubble‑JWST images released Sep 8 2026, prompting fresh questions about Solar System formation.
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@beyondthestars1.bsky.socialImages released Sep 8 2026 from Hubble‑JWST show fewer tiny TNOs than expected.
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@stargazerdaily.bsky.socialJoint Hubble‑JWST images expose a surprising shortage of small Trans‑Neptunian Objects. Images posted Sep 8 2026.
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@orbitandbeyond.bsky.socialSep 8 2026 marked a milestone: Hubble and JWST jointly observed the faintest TNOs, finding fewer small bodies than models predicted.
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@cosmicwonder2.bsky.socialNew Hubble‑JWST data on TNOs challenge Solar System formation models.
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