The James Webb Space Telescope Feed

Target Name: SNH0pe-2b Title: SN H0pe: Independent Measurement of H0 by the Time Delay of a Multiply-imaged Supernova Instrument: NIRCAM/IMAGE Filters: F150W Start Time: 5/9/2023 2:10:43 PM Obs Time: 311.366(s) Proposal ID: 4446

Target Name: SNH0pe-2b Title: SN H0pe: Independent Measurement of H0 by the Time Delay of a Multiply-imaged Supernova Instrument: NIRCAM/IMAGE Filters: F090W Start Time: 5/9/2023 1:19:32 PM Obs Time: 354.313(s) Proposal ID: 4446

Target Name: SNH0pe-2b Title: SN H0pe: Independent Measurement of H0 by the Time Delay of a Multiply-imaged Supernova Instrument: NIRCAM/IMAGE Filters: F277W Start Time: 5/9/2023 2:28:26 PM Obs Time: 440.208(s) Proposal ID: 4446

Target Name: SNH0pe-2b Title: SN H0pe: Independent Measurement of H0 by the Time Delay of a Multiply-imaged Supernova Instrument: NIRCAM/IMAGE Filters: F200W Start Time: 5/9/2023 2:28:26 PM Obs Time: 440.208(s) Proposal ID: 4446

Target Name: SNH0pe-2b Title: SN H0pe: Independent Measurement of H0 by the Time Delay of a Multiply-imaged Supernova Instrument: NIRCAM/IMAGE Filters: F150W Start Time: 5/9/2023 1:57:39 PM Obs Time: 311.366(s) Proposal ID: 4446

Target Name: SNH0pe-2b Title: SN H0pe: Independent Measurement of H0 by the Time Delay of a Multiply-imaged Supernova Instrument: NIRCAM/IMAGE Filters: F090W Start Time: 5/9/2023 1:19:32 PM Obs Time: 354.313(s) Proposal ID: 4446

Target Name: SNH0pe-2b Title: SN H0pe: Independent Measurement of H0 by the Time Delay of a Multiply-imaged Supernova Instrument: NIRCAM/IMAGE Filters: F200W Start Time: 5/9/2023 2:28:26 PM Obs Time: 440.208(s) Proposal ID: 4446

Target Name: SNH0pe-2b Title: SN H0pe: Independent Measurement of H0 by the Time Delay of a Multiply-imaged Supernova Instrument: NIRCAM/IMAGE Filters: F200W Start Time: 5/9/2023 2:28:26 PM Obs Time: 440.208(s) Proposal ID: 4446

Target Name: SNH0pe-2b Title: SN H0pe: Independent Measurement of H0 by the Time Delay of a Multiply-imaged Supernova Instrument: NIRCAM/IMAGE Filters: F150W Start Time: 5/9/2023 2:10:43 PM Obs Time: 311.366(s) Proposal ID: 4446

Target Name: SNH0pe-2b Title: SN H0pe: Independent Measurement of H0 by the Time Delay of a Multiply-imaged Supernova Instrument: NIRCAM/IMAGE Filters: F090W Start Time: 5/9/2023 1:19:32 PM Obs Time: 354.313(s) Proposal ID: 4446

Target Name: SNH0pe-2b Title: SN H0pe: Independent Measurement of H0 by the Time Delay of a Multiply-imaged Supernova Instrument: NIRCAM/IMAGE Filters: F356W Start Time: 5/9/2023 2:10:43 PM Obs Time: 311.366(s) Proposal ID: 4446

Target Name: SNH0pe-2b Title: SN H0pe: Independent Measurement of H0 by the Time Delay of a Multiply-imaged Supernova Instrument: NIRCAM/IMAGE Filters: F090W Start Time: 5/9/2023 1:34:12 PM Obs Time: 354.313(s) Proposal ID: 4446

Target Name: SNH0pe-2b Title: SN H0pe: Independent Measurement of H0 by the Time Delay of a Multiply-imaged Supernova Instrument: NIRCAM/IMAGE Filters: F090W Start Time: 5/9/2023 1:34:12 PM Obs Time: 354.313(s) Proposal ID: 4446

Target Name: SNH0pe-2b Title: SN H0pe: Independent Measurement of H0 by the Time Delay of a Multiply-imaged Supernova Instrument: NIRCAM/IMAGE Filters: F444W Start Time: 5/9/2023 1:34:12 PM Obs Time: 354.313(s) Proposal ID: 4446

Target Name: SNH0pe-2b Title: SN H0pe: Independent Measurement of H0 by the Time Delay of a Multiply-imaged Supernova Instrument: NIRCAM/IMAGE Filters: F090W Start Time: 5/9/2023 1:34:12 PM Obs Time: 354.313(s) Proposal ID: 4446

Target Name: SNH0pe-2b Title: SN H0pe: Independent Measurement of H0 by the Time Delay of a Multiply-imaged Supernova Instrument: NIRCAM/IMAGE Filters: F090W Start Time: 5/9/2023 1:34:12 PM Obs Time: 354.313(s) Proposal ID: 4446

Target Name: UNKNOWN Title: PASSAGE--Parallel Application of Slitless Spectroscopy to Analyze Galaxy Evolution Instrument: NIRISS/IMAGE Filters: CLEAR;F115W Start Time: 5/9/2023 9:21:02 PM Obs Time: 1041.467(s) Proposal ID: 1571

Target Name: UNKNOWN Title: PASSAGE--Parallel Application of Slitless Spectroscopy to Analyze Galaxy Evolution Instrument: NIRISS/IMAGE Filters: CLEAR;F150W Start Time: 5/9/2023 9:42:52 PM Obs Time: 1041.467(s) Proposal ID: 1571

Target Name: UNKNOWN Title: PASSAGE--Parallel Application of Slitless Spectroscopy to Analyze Galaxy Evolution Instrument: NIRISS/IMAGE Filters: CLEAR;F200W Start Time: 5/9/2023 10:04:19 PM Obs Time: 1041.467(s) Proposal ID: 1571

Efficient NIRCam Selection of Quiescent Galaxies at 3 < z < 6 in CEERS

Exploring the nature of UV-bright z \gtrsim 10 galaxies detected by JWST: star formation, black hole accretion, or a non universal IMF? Published: 5/8/2023 9:00:00 PM Updated: 5/8/2023 9:00:00 PM

JWST Census for the Mass-Metallicity Star-Formation Relations at z=4-10 with the Self-Consistent Flux Calibration and the Proper Metallicity Calibrators Published: 1/30/2023 2:27:42 PM Updated: 5/9/2023 10:58:01 AM

NASASpaceNews | JWST Joins the Hunt for Solving a Decades-Old Mystery of Gamma-Ray Bursts

Target Name: COSMOS-1 Title: PRIMER: Public Release IMaging for Extragalactic Research Instrument: MIRI/IMAGE Filters: F1800W Start Time: 5/9/2023 4:51:17 AM Obs Time: 446.781(s) Proposal ID: 1837

M 16, "Pillars of Creation" detail. Personal processing of RAW James Webb data, NIRCAM. Channels 187/200/335 combined OHS . #astronomy #astrophoto #astropics #astrofotografia #astrophotography #deepsky #deepskyphotography #nebulae #nasa #jameswebbspacetelescope #jameswebb

Target Name: COSMOS-1 Title: PRIMER: Public Release IMaging for Extragalactic Research Instrument: MIRI/IMAGE Filters: F770W Start Time: 5/9/2023 3:45:45 AM Obs Time: 444.006(s) Proposal ID: 1837

jbozeman | NGC 2835

jbozeman | NGC 2835

RIOJA I. The core of the highest redshift galaxy overdensity at z=7.88 confirmed by NIRSpec/JWST | Projected gas density (panel a) and [O iii] 5008 °A distribution (panel b) for a galaxy sample FL957 (Ceverino et al. 2017) at z = 7.7. Each panel shows a region with a side length and depth of 50 kpc and 10.6 kpc, the latter corresponds to the NIRSpec IFS field of 3'' with magnification of µ ~ 2. Panels (c) and (d) show the following evolution of FL957 at z = 7.5 and 7.3, demonstrating that the system finally becomes a large massive galaxy by z = 7.3

NASASpaceNews | Astronomers Reveal Webb’s Stunning Deep Field Image of Pandora’s Cluster

RIOJA I. The core of the highest redshift galaxy overdensity at z= 7.88 confirmed by NIRSpec/JWST Published: 5/8/2023 5:43:34 PM Updated: 5/8/2023 5:43:34 PM

Spatially resolved imaging of the inner Fomalhaut disk using JWST/MIRI Published: 5/5/2023 9:39:42 PM Updated: 5/5/2023 9:39:42 PM

High-redshift metallicity calibrations for JWST spectra: insights from line emission in cosmological simulations Published: 5/5/2023 9:00:02 PM Updated: 5/5/2023 9:00:02 PM

James Webb Space Telescope snaps amazing photo of alien asteroid belt

Webb looks for Fomalhaut's asteroid belt and finds much more

Webb Telescope Finds a Star Cloaked in 3 Rings of Ruined Worlds

Fomalhaut Dusty Debris Disk (MIRI Compass Image)

Nearby Planetary System Seen in Breathtaking Detail, Fomalhaut Dusty Debris Disk (MIRI Image)

NASASpaceNews | New Webb Telescope Images Reveal Stunning Details of Fomalhaut's Mysterious Asteroid Belt

JWST Catches New Asteroid Belt Forming Around Nearby Star

Haus der Astronomie | Erinnert ihr euch noch an Saurons Auge a.k.a. # Fomalhaut , den hellsten Stern im Sternbild Südlicher Fisch mitsamt Staubscheibe und vermeintlichem Planeten, der sich später als in Auflösung begriffener Staubklumpen entpuppte...? Nun. Das # JWST sieht da mehr. Viel mehr. Keine Planeten zwar (die sind wohl nach wie vor im Staub verborgen), aber dafür nicht nur den großen äußeren, sondern auch einen zweiten inneren Asteroidengürtel 📷 NASA, ESA sowie A. Gáspár und G. Rieke (University of Arizona)

Webb inspects dusty debris disc around Fomalhaut (annotated)

Webb inspects dusty debris disc around Fomalhaut

Webb Looks for Fomalhaut's Asteroid Belt and Finds Much More

Target Name: GRB230307A Title: Revealing the nature of the exceptional GRB 230307A: nearby nucleosynthesis or a primordial explosion? Instrument: NIRCAM/IMAGE Filters: F444W Start Time: 5/8/2023 3:20:20 AM Obs Time: 1803.774(s) Proposal ID: 4445

Target Name: GRB230307A Title: Revealing the nature of the exceptional GRB 230307A: nearby nucleosynthesis or a primordial explosion? Instrument: NIRCAM/IMAGE Filters: F277W Start Time: 5/8/2023 4:03:06 AM Obs Time: 2931.138(s) Proposal ID: 4445

Target Name: GRB230307A Title: Revealing the nature of the exceptional GRB 230307A: nearby nucleosynthesis or a primordial explosion? Instrument: NIRCAM/IMAGE Filters: F150W Start Time: 5/8/2023 4:03:06 AM Obs Time: 11724.552(s) Proposal ID: 4445

Target Name: GRB230307A Title: Revealing the nature of the exceptional GRB 230307A: nearby nucleosynthesis or a primordial explosion? Instrument: NIRCAM/IMAGE Filters: F115W Start Time: 5/8/2023 3:20:20 AM Obs Time: 7215.096(s) Proposal ID: 4445

Target Name: 2MASS-10543409-0131071 Title: JWST Routine Wavefront Sensing and Control for Cycle 1 - Part 2 Instrument: NIRCAM/IMAGE Filters: F356W Start Time: 5/8/2023 5:58:34 AM Obs Time: 96.631(s) Proposal ID: 2724

Full paper | Gaspar_Fomalhaut_2023.pdf

While the third image highlights only the MIRI observations (15.5 and 25.5 combined and ehanced).

In this image, we present a gallery of the system, showcasing the best available images at various wavelengths.

Fomalhaut Dusty Debris Disk (MIRI Compass Image)

Fomalhaut Dusty Debris Disk (MIRI Image)

Tidally Heated Exomoons around \epsilon Eridani b: Observability and prospects for characterization