Thousands of distant galaxies can be seen in the background of James Webb image | Daily Mail Online
APOD: 2MASS J17554042+6551277 (2022 Mar 19) - Starship Asterisk*
2MASS - Wikipedia
Wondering About the 6 Rays Coming out of JWST's Test Image? Here's why They Happen - Universe Today
Physicists and Theologians stir as the James Webb Space Telescope Project advances
2mass j17554042+6551277 Star Distance, Size (Radius) and other Facts
gbrammer on X: "Who remembers our friend 2MASS J17554042+6551277 from March? Now with real NIRCam FITS mosaics at https://t.co/LlSmEXblBj. https://t.co/K4OwZoD9qM" / X
APOD: 2MASS J17554042+6551277 (2022 Mar 19) - Starship Asterisk*
2MASS J17554042+6551277 first star imaged by JWST - Forthimage
James Webb: 'Fully focused' telescope beats expectations - BBC News
Le télescope James Webb produit une première image avec son miroir de 6,5 m | Ciel & espace
NASA reveals new James Webb Space Telescope images
An astonishing new tool reopens the question of human significance
Highlights from James Webb's first two months of science operations | by Ethan Siegel | Starts With A Bang! | Medium
Absolutely phenomenal': Webb Telescope's first images have scientists giddy - National | Globalnews.ca
File:2MASS J17554042+6551277 captured by the Digitized Sky Survey.jpg - Wikimedia Commons
OASI: JWST
L'extraordinaire acuité visuelle du télescope spatial Webb en images
APOD: 2MASS J17554042+6551277 (2022 Mar 19) - Starship Asterisk*
Space telescope's image of star gets photobombed by galaxies
NASA reveals new James Webb Space Telescope images
Grant Tremblay on X: "Here's more info on the @NASAWebb field. Can ID only one galaxy at z=0.285, the rest don't have spectroscopic redshifts. Deepest optical image I can find is Pan-STARRS.
2MASS J15404342−5101357 - Wikipedia
Space telescope's image of star gets photobombed by galaxies
2022 March 19 - 2MASS J17554042+6551277 - YouTube
Grant Tremblay on X: "Here's more info on the @NASAWebb field. Can ID only one galaxy at z=0.285, the rest don't have spectroscopic redshifts. Deepest optical image I can find is Pan-STARRS.
