The James Webb Space Telescope (JWST) has made several exciting discoveries recently. It has looked back to just 400 million years after the Big Bang and found odd signs of new physics. Over the coming years, the JWST will go even further back to hunt for the very first stars. The telescope has also spotted numerous free-floating objects in new imagery of the Orion Nebula, some of which are similar in mass to Jupiter and even orbit each other. Additionally, scientists have figured out why the early galaxy images captured by the JWST are so bright. The telescope has also captured stunning images of neighboring galaxies. Meanwhile, NASA's Hubble Space Telescope has released new images of galaxies, which help researchers better understand star formation and evolution. Many of the JWST's greatest discoveries are expected to come from data analysis rather than just pictures. Finally, intense flashes of light may explain why the early galaxies imaged by the JWST are so dazzling. Overall, both the JWST and Hubble continue to contribute valuable insights into the universe.
NASA's #Webb captures an ethereal view of NGC 346 @NASA https://t.co/37W9VvAxRd
A gorgeous new image from the #JamesWebbSpaceTelescope shows a stunning sight from one of our galactic neighbors. https://t.co/Itm6Ud6bt5
NASA’s Webb telescope is pulling back the curtain on the earliest galaxies, which are more numerous and brighter than expected—revealing a frenetic opening to the saga of space and time. #WorldSpaceWeek https://t.co/zrIytzeCwK https://t.co/cW4q8Qe9RM
James Webb Telescope captures stunning images of a neighboring galaxy https://t.co/mpcsMgiSll
NASA released six new, shimmering images of galaxies spotted by the agency’s Hubble Space Telescope recently. The images help researchers better understand star formation and evolution, supernovae and other cosmic phenomena. https://t.co/rdSMmxGsQn
The James Webb Space Telescope spotted numerous free-floating objects in new imagery of the Orion Nebula, similar in mass to our Jupiter. Dozens of these worlds are even orbiting each other. https://t.co/0jtdcCYpVd
Many of the Webb telescope’s greatest discoveries won't come from any amazing pictures https://t.co/SMyf2by6En
Intense flashes of light may explain why early galaxies imaged by the James Webb Space Telescope are so dazzling. https://t.co/UCsLRqHFGM
The James Webb Space Telescope spotted numerous free-floating objects in new imagery of the Orion Nebula, similar in mass to our Jupiter. Dozens of these worlds are even orbiting each other. https://t.co/FYAp2SiZI2
The James Webb Space Telescope spotted numerous free-floating objects in new imagery of the Orion Nebula, similar in mass to our Jupiter. Dozens of these worlds are even orbiting each other. https://t.co/NScAnUb9gE
Scientists finally figured out why Webb’s early galaxy images are so bright https://t.co/DSIuQtznBn
The James Webb Space Telescope spotted numerous free-floating objects in new imagery of the Orion Nebula, similar in mass to our Jupiter. Dozens of these worlds are even orbiting each other. https://t.co/ha3I5otbcv
The James Webb Space Telescope has already looked back to just 400 million years after the big bang and is finding odd signs of new physics, and over the coming years it will go further back to hunt the very first stars, astrophysicist Richard Ellis has revealed at… https://t.co/5W6LzfjuaJ
Webb isn't the only space telescope in town. Hubble shows that it still has plenty to offer with a new group of glorious galactic images. https://t.co/DetK0EU85a