October 2, 2022

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The new photo is causing a stir: - Everything is incredible

The new photo is causing a stir: – Everything is incredible

Previously, the James Webb Space Telescope Historically revealed deep and sharp infrared images From the early universe, which is referred to as historical.

Portions of the released images show the light that formed not long after the Big Bang. So about 13.8 billion years ago.

On Monday, NASA and a group of scientists released a new image. This time of Jupiter the largest in the solar system.

Writes AP . news agency.

The images were taken on July 27 and show, among other things, the planet’s northern and southern lights.

Photo: Astronomer Imke de Pater didn’t expect images of Jupiter to be so good. Photo: AP/NTB

unexpected

In the last image, Jupiter’s Great Red Spot stands out well with its myriad smaller storms. The news agency said it was a storm big enough to swallow land.

– We’ve never seen a buyer like this. Everything is incredible.

This is what astronomer Imke de Pater of the University of California, Berkeley, told the Associated Press. You helped lead Planet Observations.

– We didn’t really expect it to be so good, honestly.

The infrared images were artificially colored in blue, white, green, yellow and orange, according to the research team. It is to highlight the features.

Our time machine

The James Webb Telescope, which was launched last December, has been capturing light for 13 billion years.

There is a research team of 25 astronomers from all over the world analyzing the data from the telescope.

“This is our time machine,” said the researcher who led the work earlier.

This image, which was published by NASA last month, got scientists excited.  Thousands of stars that have never been seen before have been photographed.  Stars are born in such nebulae.  Image: NASA, ESA, CSA, and STScI via AP/NTB

This image, which was published by NASA last month, got scientists excited. Thousands of stars that have never been seen before have been photographed. Stars are born in such nebulae. Image: NASA, ESA, CSA, and STScI via AP/NTB

The images can be analyzed and show the chemical composition, possible presence of water, and possibilities for life on other planets.

The head of the department, Pål Brekke at the Norwegian Space Center, told TV 2 earlier this summer that the new telescope can look into nebulae, where stars are born all the time.

– This way we can learn more about the origin of stars and perhaps understand more about our origin.

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