The James Webb Space Telescope was built after 30 years of hard work. $10 billion was spent for the James Webb Space Telescope, then this telescope was built.

The James Webb Space Telescope, launched on December 25, 2001, has started sending new pictures to NASA today.

The pictures sent by the James Webb Space Telescope have made a splash all over the world and have been covered on the Internet.

In the last post we Moon Knight Episode In this post, we will know what is the James Webb Space Telescope and how it can see in the future and what the five-parameter image sent by it looks like.

What is the James Webb Space Telescope?

The James Webb Space Telescope is a telescope that is the most powerful telescope ever built by humans.

The James Webb Telescope can peek into the corners of the Universe that the Hubble Telescope cannot see.

The most important in the James Telescope is the Gold Mirror, which can catch even the faintest of light.

The mirror of the James Webb Telescope is 6.5 meters larger than the 2.5 meters mirror of the Hubble telescope.

And this is the reason why the James Webb Telescope can also see the 14 billion-year-old Big Bank, due to which our entire universe was made.

Telescope is an instrument that is used to observe distant objects, it is used to observe the galaxy.

In the olden days, Galileo saw the Milky Way for the first time through a telescope and the planet Jupiter was discovered through this telescope.

The James Webb Telescope is the most modern telescope in today’s time, it is many times more powerful than the Haval telescope.

The telescope was discovered on 25 September 1608 AD. And it was discovered by a person named Hans.

The James Webb Telescope was launched by NASA on 25 December 2001 and today it is sending amazing and high resolution pictures of the universe.

The James Webb Telescope is a project of NASA and the United States Space Agency and 15 more countries have also given their support.

About the James Webb Space Telescope

Jens West Patel It was launched on 25 December 2000 21 and its cost was one thousand crore usd dollars.

NASA was operating this telescope and its dimensions are 20.197m × 14.162m.

The James Webb Telescope is manufactured by Northrop Grumman, Ball Aerospace & Technologies.

At present the James Webb Space Telescope is working and sending high quality photos about 1.5 million kilometers from our Earth.

The James Webb Telescope is currently orbiting at the L2 point of the Earth and this is a point where sunlight cannot reach.

The James Webb Telescope at L2 point is observing our Universe in the spectrum of infrared light. At this place, this telescope is protected from sunlight and heat.

What happened in our Universe millions of years ago, that is, how stars and galaxies were formed, it is likely to be known through the James Webb Telescope.

James Webb Telescope has the ability to rewind time, that is why scientists are trying to understand what happened in our Universe millions of years ago through this telescope.

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How Does the James Webb Space Telescope See in the Past?

If you are sent to another planet about 3 thousand light years away from your earth and from there you are asked to look at the earth with a powerful telescope, then you will be able to see the view of the earth 3000 years ago.

That is, 3000 years ago, humans used to build Aegypson pyramids and you will be able to see that view, even if you will not be able to go in that time, but you will be able to see all those things with a powerful telescope.

Do you know where is such a telescope that can look at the galaxy millions of light years away. So the answer would be that that telescope is the James Webb Space Telescope.

Yes, you heard it right, the James Webb Space Telescope is a telescope that can see planets and galaxies located at a distance of millions of light years.

That is, with this telescope you will see the things thousands of light years away, you will see the pictures of those thousand years ago.

That is, it proves that the James Webb Telescope is like a time machine and it shows us the things of the past.

Some photos sent by James Webb

On July 12, NASA published 5 images sent by the James Webb Telescope and these images made a splash all over the world.

Image #1 SMACS 0723

SMACS 0723
SMACS 0723 – Photo : NASA

The camera in the James Telescope can be easily seen even in the past times of the Universe in deep space.

The Galactic Cluster can be seen in the first image sent by the James Telescope. And this first image has been named SMACS 0723.

In this photo you are able to see a star-like object but in reality it is not a star but the entire galaxy.

Like our Earth is part of the Milky Way Galaxy and it is spread over a million light years, similarly thousands of such galaxies can be seen in James Webb’s photo.

That is, in just one photo sent by James Webb, you can see thousands of galaxies at once.

In this photo you can also see some such galaxy which is about 13.1 billion light years away from our Earth.

That is, it has taken 13 billion years for the light to leave these galaxies to reach the James Webb Telescope. That is, the photo we are seeing today is a 13-year-old photo of the Galaxy.

Image #2 Carina Nebula

image carina nebula
Carina Nebula – Photo : NASA

The second photo captured by the James Webb Space Telescope is from a nursery that is 7600 light-years away from our Earth.

Known as the Carina Nebula, 7600 years ago can be seen being born in this nursery.

And the Carina Nebula is just one of thousands of nurseries in our Milky Way. The big rock you see in this photo is actually a huge reservoir of soil and gasses.

The reservoir of these gases is spread so far that their measurement from top to bottom is 7 light years. Where there is more dense gas, there are actually new stars being born.

We are able to see the photo of the star being born at a distance of thousands of light years only because of the James Webb Telescope.

Image #3 Southern Ring Nebula

Southern Ring Nebula
Southern Ring Nebula – Photo : NASA

The third photo sent by the James Webb Telescope is of the Southern Ring Nebula, a star that was breaking up and ending two and a half thousand years ago today.

In this photo taken by two different instruments NIRCAM and MIRI on the James Telescope, a huge bubble of gases and energy is visible and it is born from the collapse of this star.

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Image #4 Stephan’s Quintet

stephans quintet
stephans quintet – Photo : NASA

Stephan’s Quintet is the largest image ever taken by the James Webb Telescope. The resolution of this image is 150 Million Pixels.

A cluster of 5 galaxies can be seen in this photo, which has been named Stephan’s Quintet.

These five galaxies are moving at a very high speed and gradually these five are coming closer to each other. Space astronomers say that one day these five galaxies will collide.

At present, this galaxy is 300 million light years away from our Earth, that is, this photo of the same day ago.

It may be that in today’s time these five galaxies would have collided with each other, but its light will take the next 300 million years to reach the earth.

Image #5 WASP 96 b

The fifth image of the James Webb Telescope is WASP 96 b and it is 1120 light-years away from our Earth.

There is such an exoplanet 1120 light years away from our Earth, whose photo has been taken in James Webb. And there seems to be a possibility of life on this exoplanet.

Exoplanets are called those that revolve around their star. One day of this exoplanet has been measured to be equal to 3 and a half days of our Earth.

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What is the main purpose of the James Webb Telescope?

The main objective of the James Webb Telescope is to uncover the mystery behind the formation of the universe. With the help of this telescope, scientists can see what has only been imagined till date to see.

The James Webb Telescope is going to reveal many unsolved mysteries of the universe because it is the most powerful telescope ever.

This telescope, built after 30 years of hard work of scientists and spending 75 thousand crores, will help a lot in understanding the infinite universe.

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