The JADES program, using the James Webb Space Telescope as an instrument, has taken an image in which more than 45,000 stars can be seen.
The James Webb Space Telescope has become one of the most versatile instruments for space exploration., Since its launch, it has captured a series of photographs that serve as information to learn about the origin of the universe, what is around us and the behavior of space.
The technology that makes it possible for the James Webb Space Telescope to accomplish its various missions has made it possible for spectacular images to reach us. Some of these photos are more striking than others, but in any case what is shown is so spectacular it is hard to believe.
Within all this, NASA just shared a picture in which we can see over 45,000 galaxies, Yes, one picture boasts of many such galaxies with their respective stars, planets, cosmic dust, dark matter and energy. All the elements are bound together by gravity in a more or less defined structure.
Capturing more than 45,000 galaxies is part of the JADES program, or Deep Advanced Extragalactic Survey in Spanish, The program seeks to discover and identify galaxies that lie very deep in space. What we can see in the image are the defined contours of these galaxies.
More than 45,000 galaxies in spectacular picture captured by James Webb Space Telescope
Marcia Rieke from the University of Arizona in Tucson, co-leader of the JADES program, made the following comment in a NASA publication: “With JADES, we want to answer many questions, such as: How did the oldest galaxies assemble? What did they do? So much.” Stars are formed quickly? Why do some galaxies stop forming stars?”
Finding the answers to all these questions will take time and patience, but thanks to the James Webb Space Telescope, they now have a tool to help them progress in this research to discover the origins of stars. When looking at these galaxies this far away, they look back into the past, see how the first formation took place after the Big Bang.,
“Previously, the oldest galaxies we could see looked like tiny blobs. And yet those blobs represent millions or even billions of stars in the beginning of the universe,” said Hanlein of the University of Arizona. Infrared from James Webb.
The information they are getting helps them understand the complexity of the universe. Research is progressing as expected, and soon even more information will be known about the more than 45,000 galaxies captured by the James Webb Space Telescope.
