The James Webb Space Telescope Feed

Harvard ADS: Inferring the Ionizing Photon Contributions of High-Redshift Galaxies to Reionization with JWST NIRCam Photometry

Harvard ADS: Feedback in emerging extragalactic star clusters, FEAST: The relation between 3.3 \mum PAH emission and Star Formation Rate traced by ionized gas in NGC 628

Harvard ADS: COSMOS-Web: The Role of Galaxy Interactions and Disk Instabilities in Producing Starbursts at z<4

Public data for May 20 - May 26

Big Think | JWST uncovers new secrets within the Horsehead Nebula

Target Name: NGC4449-MIRI Title: JWST probes Feedback in Emerging extrAgalactic Star clusTers: JWST-FEAST Instrument: MIRI/IMAGE Filters: F770W Start Time: 5/16/2023 10:57:06 PM Obs Time: 222(s) Proposal ID: 1783

Target Name: NGC4449-MIRI Title: JWST probes Feedback in Emerging extrAgalactic Star clusTers: JWST-FEAST Instrument: MIRI/IMAGE Filters: F560W Start Time: 5/16/2023 10:46:28 PM Obs Time: 399.608(s) Proposal ID: 1783

Harvard ADS: Metallofullerenes as potential candidates for the explanation of astrophysical phenomena

Thomas Carpentier | NGC-4858

Target Name: ABELL-2597-WITH-BKG-MIRI Title: A Galaxy-Scale Fountain of Multiphase Gas Pumped by a Black Hole: The power of JWST combined with ALMA, MUSE, Chandra, and HST Instrument: MIRI/IMAGE Filters: F770W Start Time: 11/13/2023 12:39:56 AM Obs Time: 555.008(s) Proposal ID: 4094

Target Name: ABELL-2597-WITH-BKG-MIRI Title: A Galaxy-Scale Fountain of Multiphase Gas Pumped by a Black Hole: The power of JWST combined with ALMA, MUSE, Chandra, and HST Instrument: MIRI/IMAGE Filters: F560W Start Time: 11/13/2023 1:01:49 AM Obs Time: 555.008(s) Proposal ID: 4094

Target Name: ABELL-2597-WITH-BKG-MIRI Title: A Galaxy-Scale Fountain of Multiphase Gas Pumped by a Black Hole: The power of JWST combined with ALMA, MUSE, Chandra, and HST Instrument: MIRI/IMAGE Filters: F1000W Start Time: 11/13/2023 12:17:11 AM Obs Time: 555.008(s) Proposal ID: 4094

Target Name: ABELL-2597-OFF-GALAXY Title: A Galaxy-Scale Fountain of Multiphase Gas Pumped by a Black Hole: The power of JWST combined with ALMA, MUSE, Chandra, and HST Instrument: MIRI/IMAGE Filters: F770W Start Time: 11/12/2023 11:26:35 PM Obs Time: 555.008(s) Proposal ID: 4094

Target Name: ABELL-2597-OFF-GALAXY Title: A Galaxy-Scale Fountain of Multiphase Gas Pumped by a Black Hole: The power of JWST combined with ALMA, MUSE, Chandra, and HST Instrument: MIRI/IMAGE Filters: F560W Start Time: 11/12/2023 11:48:27 PM Obs Time: 555.008(s) Proposal ID: 4094

Target Name: ABELL-2597-OFF-GALAXY Title: A Galaxy-Scale Fountain of Multiphase Gas Pumped by a Black Hole: The power of JWST combined with ALMA, MUSE, Chandra, and HST Instrument: MIRI/IMAGE Filters: F1000W Start Time: 11/12/2023 11:04:06 PM Obs Time: 555.008(s) Proposal ID: 4094

Target Name: AB-AUR Title: Testing the Giant Planet Hypothesis for Spiral-driven Arms in Protoplanetary Disks Instrument: NIRCAM/CORON Filters: F444W;MASKRND Start Time: 2/27/2024 1:56:35 AM Obs Time: 4746.538(s) Proposal ID: 3947

Target Name: AB-AUR Title: Testing the Giant Planet Hypothesis for Spiral-driven Arms in Protoplanetary Disks Instrument: NIRCAM/CORON Filters: F200W;MASKRND Start Time: 2/27/2024 1:56:35 AM Obs Time: 4746.538(s) Proposal ID: 3947

Inferring the Ionizing Photon Contributions of High-Redshift Galaxies to Reionization with JWST NIRCam Photometry

Target Name: HD-106906 Title: Coronographic Observations of Young Exoplanets and Spectroscopic Observations of ROSS 458 C Instrument: MIRI/CORON Filters: F1140C;4QPM_1140 Start Time: 3/16/2023 9:47:03 AM Obs Time: 359.999(s) Proposal ID: 1277

Target Name: NGC4449-MIRI-BKG Title: JWST probes Feedback in Emerging extrAgalactic Star clusTers: JWST-FEAST Instrument: MIRI/IMAGE Filters: F770W Start Time: 5/17/2023 12:01:09 AM Obs Time: 111(s) Proposal ID: 1783

Target Name: NGC4449-MIRI-BKG Title: JWST probes Feedback in Emerging extrAgalactic Star clusTers: JWST-FEAST Instrument: MIRI/IMAGE Filters: F560W Start Time: 5/16/2023 11:50:26 PM Obs Time: 199.804(s) Proposal ID: 1783

Arxiv: Inferring the Ionizing Photon Contributions of High-Redshift Galaxies to Reionization with JWST NIRCam Photometry Published: 5/16/2024 1:30:51 AM Updated: 5/16/2024 1:30:51 AM

Arxiv: JWST PRIMER: A new multi-field determination of the evolving galaxy UV luminosity function at redshifts \mathbf{z \simeq 9-15} Published: 3/5/2024 8:06:01 PM Updated: 5/16/2024 1:05:28 PM

Arxiv: An early dark matter-dominated phase in the assembly history of Milky Way-mass galaxies suggested by the TNG50 simulation and JWST observations Published: 3/1/2024 9:00:01 PM Updated: 5/16/2024 12:31:27 PM

ChrisAshford | JWST Cartwheel Galaxy

Arxiv: JWST FRESCO: a comprehensive census of Hβ+[OIII] emitters at 6.8 < z < 9.0 in the GOODS fields Published: 5/8/2024 6:07:57 PM Updated: 5/16/2024 6:47:31 PM

Arxiv: JWST/CEERS sheds light on dusty star-forming galaxies: forming bulges, lopsidedness and outside-in quenching at cosmic noon Published: 7/14/2023 10:45:28 PM Updated: 5/16/2024 1:39:58 AM

Universe Today | Webb Sees Black Holes Merging Near the Beginning of Time

James Webb Space Telescope spots most distant and oldest black hole collision ever seen (video)

SETI Institute | # PPOD : M51 (NGC 5194) lies about 27 million light-years away from Earth in the constellation Canes Venatici and is trapped in a tumultuous relationship with its near neighbor, the dwarf galaxy NGC 5195. The interaction between these two galaxies has made these galactic neighbors one of the better-studied galaxy pairs in the night sky. Credit: ESA/Webb, NASA & CSA, A. Adamo (Stockholm University) and the FEAST JWST team # space # science # scicomm # jwst

Target Name: B335N16 Title: Unveiling Grain Growth in Very Dense Galactic Cores Instrument: MIRI/IFU Filters: CH4-MEDIUM Start Time: 5/16/2023 1:01:01 AM Obs Time: 10989.364(s) Proposal ID: 2331

Target Name: B335N16 Title: Unveiling Grain Growth in Very Dense Galactic Cores Instrument: MIRI/IFU Filters: CH3-MEDIUM Start Time: 5/16/2023 1:01:01 AM Obs Time: 10989.364(s) Proposal ID: 2331

Target Name: B335N16 Title: Unveiling Grain Growth in Very Dense Galactic Cores Instrument: MIRI/IFU Filters: CH2-MEDIUM Start Time: 5/16/2023 1:01:01 AM Obs Time: 10989.364(s) Proposal ID: 2331

Target Name: B335N16 Title: Unveiling Grain Growth in Very Dense Galactic Cores Instrument: MIRI/IFU Filters: CH1-MEDIUM Start Time: 5/16/2023 1:01:01 AM Obs Time: 10989.364(s) Proposal ID: 2331

Schedule: May 19 to May 26, 2024

Webb detects most distant black hole merger to date

Target Name: B335N16 Title: Unveiling Grain Growth in Very Dense Galactic Cores Instrument: MIRI/IFU Filters: CH4-MEDIUM Start Time: 5/16/2023 8:40:55 AM Obs Time: 10989.364(s) Proposal ID: 2331

Target Name: B335N16 Title: Unveiling Grain Growth in Very Dense Galactic Cores Instrument: MIRI/IFU Filters: CH3-MEDIUM Start Time: 5/16/2023 8:40:55 AM Obs Time: 10989.364(s) Proposal ID: 2331

Target Name: B335N16 Title: Unveiling Grain Growth in Very Dense Galactic Cores Instrument: MIRI/IFU Filters: CH2-MEDIUM Start Time: 5/16/2023 8:40:55 AM Obs Time: 10989.364(s) Proposal ID: 2331

Target Name: B335N16 Title: Unveiling Grain Growth in Very Dense Galactic Cores Instrument: MIRI/IFU Filters: CH1-MEDIUM Start Time: 5/16/2023 8:40:55 AM Obs Time: 10989.364(s) Proposal ID: 2331

Target Name: B335N16 Title: Unveiling Grain Growth in Very Dense Galactic Cores Instrument: MIRI/IFU Filters: CH4-MEDIUM Start Time: 5/16/2023 4:22:30 AM Obs Time: 10989.364(s) Proposal ID: 2331

Target Name: B335N16 Title: Unveiling Grain Growth in Very Dense Galactic Cores Instrument: MIRI/IFU Filters: CH3-MEDIUM Start Time: 5/16/2023 4:22:30 AM Obs Time: 10989.364(s) Proposal ID: 2331

Target Name: B335N16 Title: Unveiling Grain Growth in Very Dense Galactic Cores Instrument: MIRI/IFU Filters: CH2-MEDIUM Start Time: 5/16/2023 4:22:30 AM Obs Time: 10989.364(s) Proposal ID: 2331

Target Name: B335N16 Title: Unveiling Grain Growth in Very Dense Galactic Cores Instrument: MIRI/IFU Filters: CH1-MEDIUM Start Time: 5/16/2023 4:22:30 AM Obs Time: 10989.364(s) Proposal ID: 2331

Harvard ADS: The asymmetry of dawn: evidence for asymmetric reionization histories from a joint analysis of cosmic microwave background and astrophysical data

Harvard ADS: Puffy Venuses: the Mass-Radius Impact of Carbon-Rich Atmospheres on Lava Worlds

Harvard ADS: Constraints on the variation of the fine-structure constant at 3 < z < 10 with JWST emission-line galaxies

ZS7 location in PRIMER image (NIRcam image)

ZS7 environment (NIRcam image)

Target Name: B335N16 Title: Unveiling Grain Growth in Very Dense Galactic Cores Instrument: MIRI/IFU Filters: CH4-MEDIUM Start Time: 5/15/2023 6:00:09 PM Obs Time: 11753.84(s) Proposal ID: 2331

Target Name: B335N16 Title: Unveiling Grain Growth in Very Dense Galactic Cores Instrument: MIRI/IFU Filters: CH3-MEDIUM Start Time: 5/15/2023 6:00:09 PM Obs Time: 11753.84(s) Proposal ID: 2331

Target Name: B335N16 Title: Unveiling Grain Growth in Very Dense Galactic Cores Instrument: MIRI/IFU Filters: CH2-MEDIUM Start Time: 5/15/2023 6:00:09 PM Obs Time: 11753.84(s) Proposal ID: 2331

Target Name: B335N16 Title: Unveiling Grain Growth in Very Dense Galactic Cores Instrument: MIRI/IFU Filters: CH1-MEDIUM Start Time: 5/15/2023 6:00:09 PM Obs Time: 11753.84(s) Proposal ID: 2331

Target Name: B335N16 Title: Unveiling Grain Growth in Very Dense Galactic Cores Instrument: MIRI/IFU Filters: CH4-MEDIUM Start Time: 5/15/2023 9:37:09 PM Obs Time: 10989.364(s) Proposal ID: 2331

Target Name: B335N16 Title: Unveiling Grain Growth in Very Dense Galactic Cores Instrument: MIRI/IFU Filters: CH3-MEDIUM Start Time: 5/15/2023 9:37:09 PM Obs Time: 10989.364(s) Proposal ID: 2331