Imagine a situation. You buy, invest a decent amount of money in a DSLR and a powerful telephoto lens to, I don’t know, capture images of sporting events. Whether it’s a football player or a surfer who is there, at the “bottom” of the sea. But first you decide to photograph the end of the street. Weird (and a bit stalkerish), huh? OUR James Webb telescope will do something “almost” in that style. Its powerful sensors and mirrors, designed to study distant galaxies and planets, will have Jupiter, our neighbor in the solar system, as one of its targets.

James Webb will help dispel doubts about the giant

However Jupiter has been studied for many years from ground-based observatories and interplanetary probes, when we learn about it, several questions arise. It is “I only know that I know nothing.” OUR James Webb telescope will give scientists the opportunity to answer some questions. The atmosphere of a gas giant and its interaction with the magnetosphere is one of the answers that JWST can help decide.

Jupiter’s Great Red Spot, a giant and relentless storm, will also be observed James Webb. In addition to the “planet”, its satellites will also be studied, as well as its thin ring system.

The first year of research has already been completed

OUR NASA already closed the research calendar James Webb for the first year of his work. OUR telescope ready to start this research. During his mirror-alignment operations, he took pictures of some stars and galaxies, but nothing as part of the research. The first space object James Webb will learn it’s a secret, but telescope has in its system the coordinates of its first operation.

Scientific studies already revealed JWST will capture images Large and Small Magellanic Cloudtwo dwarf galaxies revolving around our Milky Way. OUR James Webb find out the chemical composition magellanic clouds. The Butterfly Nebula, the remnant of the explosion of a giant star 3,800 light-years away, will also be studied in the first year of research. JWST.

Another wider role telescope will explore the oldest stars in the universe and their beginnings.

James Webb: years from production to release

project James Webb telescope was developed National Aeronautics and Space Administration (NASA) in collaboration with European and Canadian space agencies. It was originally scheduled to launch in 2007. But some problems delayed the launch of the model, one of them was the high cost of production of the James Webb telescope, which was increasing more and more, and, back in 2005, forced Engineers to rethink the original design.

In 2016, the telescope was declared ready, but its project was again put on hold due to construction difficulties and remained so until 2019, when it was finally assembled. However, due to the COVID-19 pandemic, there have been more delays until NASA finally scheduled for release on December 18, 2021.

With it, researchers will be able to observe even more things from space, being able to see some of the oldest galaxies in the universe and other celestial bodies such as black holes.

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Source: Digital Trends