The Hubble Telescope records 5,000 galaxies in light purple; Look

The Hubble Telescope was responsible for another in-depth image of the sky from observations made in a light purple. In a recent version, about 5,000 ancient galaxies of various shapes and sizes were recorded shining – some resembling a group of confetti.

The photo, released June 14 during the 240th US Aeronautics Association (AAS) summit, shows galaxies located billions of light years in a small space between the constellations Ursa Major and Boötes, known as the Extended Groth Belt. (Extended Groth Tracking, for free translation).

This area is about one percent of the full moon size in the sky as seen from Earth.

Take a look at this fascinating blueprint!

This Hubble image reveals thousands of galaxies that glow in purple, as well as visible and near infrared.

Find out more about the ultimate ultraviolet Hubble observations of distant galaxies so far: https://t.co/ixwfaFE0FZ pic.twitter.com/Ob7qKeHAD4

– Hubble (@NASHubble) June 16, 2022

Why is it important?

Examining the galaxy gives us insight into how it formed and evolved.

According to the researchers of the study, Hubble’s images could also help science to understand the process of redistributing the Universe, one of the mysteries that has existed since the Big Bang, which ended the world’s “dark ages”.

This process is when intense light, or intense energy, from the early stars and galaxies illuminates the hydrogen gas mist, dividing the atoms into electrons and charged protons, reports the California Institute of Technology (Caltech).

After this fog disappeared, light from the stars and galaxies could travel through the Universe without hindrance.

How the picture was made

The image is part of a recent study called Caltech’s Uvcandels, in which scientists study the critical processes of evolution of galaxies during star formation. The new program took Hubble for 10 days and photographed approximately 140,000 galaxies.

This project is a continuation of Candels, a study that examined the infrared and red light visible of these celestial bodies. In the new stage, ultraviolet and blue optical lamps were added to the aerial components examined in the previous scheme.

By combining layers from the two studies, the scientists created a new image presented with more descriptive details.

“Purple light comes from the largest stars, which are also the youngest and warmest stars, and provides a unique insight into the ongoing constellation in galaxies near and far,” said Xin Wang, a postgraduate researcher at Caltech astrology center.

* Includes information from Sky websites

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