The James Webb telescope was able to identify the first among the stars in the universe

The latest information about interstellar space. Please subscribe to the Universe Space SL YouTube channel, which is brought to you. The latest information is delivered to you daily. Our best support to develop your knowledge of the universe. Since the James Webb Telescope went live, he has been observing the universe, galaxies, nebulae. And incredible photos of the stars have been taken, but what do these images tell us? Have we discovered new things? Are we close to exciting discoveries?
Let's go!"
First Discovery: 'Sparkler Galaxy'
The first science-quality image revealed by James
The Webb Space Telescope contained a treasure in the form of a glowing distant galaxy surrounded by dense clusters that may contain some of the early stars in the universe.
Second discovery: Spiral Galaxy IC 5332
This is spiral galaxy IC 5332; On the left is the view with the Hubble Space Telescope and on the right is the view with the James Webb Space Telescope.
The images show the powerful capabilities both of the world's leading space telescopes offer, especially when integrating their data. 3. Collaboration between James Webb and Hubble for
Operation DART.
A few days ago, NASA carried out the experiment to deflect an asteroid with the DART Mission. NASA scientists and engineers took this opportunity to test the capabilities of the two most powerful telescopes of the moment, Hubble and James Webb.
Observation with James Webb
Webb observed the impact location before the colision
Occurred, then several observations over the next few hours. Images from Webb's near-infrared camera (NIRCam) show a tight, compact core, with plumes of material appearing as scrolls moving away from the center where the impact took place.
Observation with Hubble
Hubble also managed to capture observations of the small moon before the impact, then again 15 minutes after
DART colided with the surface of Dimorphos. Images from Hubble's Wide Field Camera 3 show the impact in visible light. The ejecta from the impact appears as rays extending from the asteroid's body. The flared ejection peak to the left of the asteroid is where DART impacted.