The first photograph taken by the James Webb Telescope shows thousands of distant galaxies in full color.

Science and research still has no boundaries, and even more so if we turn to the universe itself, where the infinity of existing universes is impossible to know, and this has been one of the most exciting goals of mankind.

For several decades now, people have not stopped trying to learn as much as possible about everything that surrounds us beyond the Earth, and this continues to be one of our biggest concerns today, especially about possible alien life.

Thanks to NASA’s new James Webb telescope, we were able to get a color infrared image that has become to this day the deepest image of the universe.

The incredibly detailed image shows a deep view of some of the most distant galaxies visible from Earth. where it reveals the capabilities of this telescope and serves as a preview of even more impressive images of the universe yet to come.

This is the first of many images NASA wants to show this week to celebrate the start of science operations with the James Webb Space Telescope.

US President Joe Biden and NASA Administrator Bill Nelson released the first photo this afternoon during a special nighttime briefing at the White House.

As the impressive image published in this article shows, this powerful telescope promises to revolutionize astrophysics as we know it. With the largest mirror ever sent into space, JWST allows us to look deep into the universe’s past by collecting light from some of the stars and galaxies that formed immediately after the Big Bang.

This image is actually a composite image. It combines images made up of multiple wavelengths of light that were collected by the James Webb Telescope in a total of 12.5 hours.. Some of the deepest Hubble images of the universe have taken weeks to produce, according to NASA.

As we mentioned, this photo is just a preview. The rest of the images will be released tomorrow by NASA. during a pre-scheduled press event.

These graphic files, which NASA intends to release, will show us impressive nebulae, galaxies, and light fading in the atmosphere of a planet outside our solar system.