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The merger known as Arp-Madore 417-391, is located 671 million light-years away in the constellation Eridanus.

Watch| Stunning galaxies' merger 671 million light-years away in latest Hubble image 

The merger known as Arp-Madore 417-391, is located 671 million light-years away in the constellation Eridanus.

The Hubble Telescope which continues to send back stunning images of the universe has once again worked its magic in the void.&nbsp;
This time, the telescope's Advanced Camera for Surveys (ACS) captured a photo of a peculiar galaxy merger in the ancient universe. The image was released by scientists of NASA and European Space Agency (ESA) on Friday showing a pair of merging galaxies.&nbsp;
The merger known as Arp-Madore 417-391, is located 671 million light-years away in the constellation Eridanus. The picture has captured the two galaxies distorted by gravity, twisted together into a ring.
Explaining further, NASA said that the Arp-Madore catalog is a collection of particularly unusual galaxies spread throughout the southern sky.&nbsp;
Also watch: <a href="https://www.editorji.com/world-news/watch-what-will-happen-if-a-human-falls-into-a-volcano-this-simulation-explains-1669625062764">What will happen if a human falls into a volcano? this simulation explains</a>
Sharing the image on Twitter, the official handle of Hubble wrote, 'Merge ahead. This #HubbleFriday image showcases the peculiar galaxy merger known as Arp-Madore 417-391. At 671 million light-years away, this merger is the result of two galaxies that were distorted by gravity and twisted together into a ring.'
The ESA said that the ACS is specially made to hunt for galaxies and galaxy clusters in the ancient universe.&nbsp;
'Hubble's ACS has been contributing to scientific discovery for 20 years, and throughout its lifetime it has been involved in everything from mapping the distribution of dark matter to studying the evolution of galaxy clusters,' the ESA said.&nbsp;

The James Webb Telescope has sent back some stunning images of a spiral galaxy named IC 5332. The space observatory used its Mid-InfraRed Instrument (MIRI) to capture the extreme detailed image. Earlier, NASA's Hubble had taken a photo of the galaxy but Webb's powerful imaging gives unparalleled detailing to the galaxy's structure. 
The Hubble's image showcases dark regions separating the spiral arms of the galaxy whereas Webb's image shows a continuity in the spiral arms' shape. Astronomers believe that this difference is due to the presence of dusty regions in the galaxy. 
The galaxy which is 29 million light years away from Earth directly faces the planet making it easier for observers to look at its spiral arms minutely. IC-5332 is just a little bigger than the Milky Way with a 66,000 light years diameter."MIRI is the first instrument that delivers mid-infrared images that are sharp enough to be easily matched to Hubble’s view at shorter wavelengths," according to the European Space Agency, which developed the MIRI instrument jointly with NASA.
The instrument is sensitive to the mid-infrared region of the electromagnetic spectrum. According to NASA, the instrument requires a frigid environment to function at the highest level. 

Watch| James Webb's remarkable image of spiral galaxy just slightly bigger than our Milky Way 

The galaxy which is 29 million light years away from Earth directly faces the planet making it easier for observers to look at its spiral arms minutely.

The galaxy which is 29 million light years away from Earth directly faces the planet making it easier for observers to look at its spiral arms minutely.

The James Webb Telescope has sent back some stunning images of a spiral galaxy named IC 5332. The space observatory used its Mid-InfraRed Instrument (MIRI) to capture the extreme detailed image.&nbsp; Earlier, NASA's Hubble had taken a photo of the galaxy but Webb's powerful imaging gives unparalleled detailing to the galaxy's structure.&nbsp;
The Hubble's image showcases dark regions separating the spiral arms of the galaxy whereas Webb's image shows a continuity in the spiral arms' shape. Astronomers believe that this difference is due to the presence of dusty regions in the galaxy.&nbsp;
Also Watch| <a href="https://www.editorji.com/world-news/video-nasa-s-james-webb-telescope-captures-never-seen-before-young-stars-1662601367660">Video: NASA's James Webb telescope captures never-seen-before young stars</a>
The galaxy which is 29 million light years away from Earth directly faces the planet making it easier for observers to look at its spiral arms minutely. IC-5332 is just a little bigger than the Milky Way with a 66,000 light years diameter. "MIRI is the first instrument that delivers mid-infrared images that are sharp enough to be easily matched to Hubble&rsquo;s view at shorter wavelengths," according to the European Space Agency, which developed the MIRI instrument jointly with NASA.
The instrument is sensitive to the mid-infrared region of the electromagnetic spectrum. According to NASA, the instrument requires a frigid environment to function at the highest level.&nbsp;

NASA released a picture of a 'globular cluster' that contains thousands, if not millions of glittering stars. The Hubble Space Telescope caputred the image of the globular cluster NGC 6569 in the Sagitarrius constellation. 
Globular clusters are stable and tightly bound groups that contain tens of thousands to millions of stars. They are bound together in a tight gravitational bond and are usually much larger than open clusters. The strong gravitational bond between the stars gives them the speherical shape hence the name 'globular'. 
Globular clusters usually contain older, redder stars more than in open clusters. Redder stars in open clusters usually disperse before they become old. Strong gravity also provides stability in globular clusters resulting in a longer life span, allowing stars to reach billions of years of age. 
Star clusters of all kind are of equal and great interest to astronomers because the constituent stars would have approximately been formed at the same time and locations having similar internal compositions. Thus the clusters offer useful insights into the formation and evolution of stars. However, studying individual stars within globular clusters is not possible because of their tightly-wound shape. 
The new image from Hubble comes from an investigation of globular clusters which lay close to the centre of the Milky Way galaxy. Previous studies did not venture into this because the dusty centre of the galaxy blocks out light from the clusters and also alters the colours of the stars within them. A star's colour helps astronmers determind its age, composition and temperature. 
The scientists who made these observations combined information from Hubble with data from astronomical archives, which allowed them to measure the ages of globular clusters like NGC 6569. Their research also helped give insights into the structure and density of globular clusters towards the centre of the Milky Way. 

Stunning photo from Hubble of a 'globular cluster' will leave you awestruck | Watch 

Globular clusters are stable and tightly bound groups that contain tens of thousands to millions of stars.

Globular clusters are stable and tightly bound groups that contain tens of thousands to millions of stars

An impressive picture of a 'globular cluster' that contains thousands, if not millions of glittering stars were released by NASA recently. The Hubble Space Telescope captured the image of the globular cluster NGC 6569 in the Sagitarrius constellation.&nbsp;
Globular clusters are stable and tightly bound groups that contain tens of thousands to millions of stars. They are bound together in a tight gravitational bond and are usually much larger than open clusters. The strong gravitational bond between the stars gives them the speherical shape hence the name 'globular'.&nbsp;
Globular clusters usually contain older, redder stars more than in open clusters. Redder stars in open clusters usually disperse before they become old. Strong gravity also provides stability in globular clusters resulting in a longer life span, allowing stars to reach billions of years of age.&nbsp;
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Star clusters of all kind are of equal and great interest to astronomers because the constituent stars would have approximately been formed at the same time and locations having similar internal compositions. Thus the clusters offer useful insights into the formation and evolution of stars. However, studying individual stars within globular clusters is not possible because of their tightly-wound shape.&nbsp;
The new image from Hubble comes from an investigation of globular clusters which lay close to the centre of the Milky Way galaxy. Previous studies did not venture into this because the dusty centre of the galaxy blocks out light from the clusters and also alters the colours of the stars within them. A star's colour helps astronomers determine its age, composition and temperature.&nbsp;
The scientists who made these observations combined information from Hubble with data from astronomical archives, which allowed them to measure the ages of globular clusters like NGC 6569. Their research also helped give insights into the structure and density of globular clusters towards the centre of the Milky Way.&nbsp;

NASA&rsquo;s latest video explaining the formation of a &ldquo;stunning galactic masterpiece&rdquo; has created a buzz on social media, leaving netizens fascinated.
NASA&nbsp;shared a video of two galaxies interacting by their mutual gravitational pull.
The video shows two galaxies distorted by their mutual gravitational pull and hence creating a mesmerizing visual resembling a rose. &lsquo;A sweet cosmic rose to brighten your day&rsquo;, NASA captioned the post.
The post, which has now gone viral with over 43,000 likes, shows a pair of interacting galaxies which lie around 300 million light-years away in the Andromeda constellation.
It offers a unique three-dimensional view of the pair of interacting galaxies as captured by the Hubble Space Telescope.

NASA's ‘sweet cosmic rose’ video leaves netizens fascinated

'Cosmic rose':&nbsp;NASA, through their official Instagram handle, shared a video of two galaxies interacting by their mutual gravitational pull. Watch video

Nasa's&nbsp;latest Insta&nbsp;post shows formation of 'stunning galactic masterpiece'
Video shows&nbsp;2 galaxies interacting by their mutual gravitational pull
'Distorted galaxies' create mesmerizing visual resembling a rose
Nasa's&nbsp;'sweet cosmic rose' video is viral on social media, netizens&nbsp;fascinated
&nbsp;

'Cosmic rose':&nbsp;NASA, through their official Instagram handle, shared a video of two galaxies interacting by their mutual gravitational pull

NASA&rsquo;s latest video explaining the formation of a &ldquo;stunning galactic masterpiece&rdquo; has created a buzz on social media, leaving netizens fascinated.
NASA&nbsp;shared a video of two galaxies interacting by their mutual gravitational pull.
The video shows two galaxies distorted by their mutual gravitational pull and hence creating a mesmerizing visual resembling a rose. &lsquo;A sweet cosmic rose to brighten your day&rsquo;, NASA captioned the post.
The post, which has now gone viral with over 43,000 likes, shows a pair of interacting galaxies which lie around 300 million light-years away in the Andromeda constellation.
It offers a unique three-dimensional view of the pair of interacting galaxies as captured by the Hubble Space Telescope.

For the first time, astronomers have uncovered the evidence of water vapor in the atmosphere of Jupiter's moon Ganymede. This water vapour forms when ice from the moon's surface sublimates -- that is, turns from solid to gas.
Scientists used new and archival datasets from NASA's Hubble Space Telescope to make the discovery, and have published in the journal Nature Astronomy.
Previous studies have shown that Ganymede may have more water than Earth, but as it is extremely cold with temperatures of minus 100 to 180 degrees Celsius, the water on the surface may be frozen. It was speculated that the liquid ocean may lie about 160 kilometres below the surface.
Also watch:&nbsp;NASA shares EPIC shot of the Moon's shadow during the June eclipse
This new evidence for a water atmosphere on Ganymede is crucial in our search for extraterrestrial life and habitable worlds.

NASA's Hubble telescope finds evidence of water vapour on Jupiter’s moon

NASA's Hubble telescope finds evidence of water vapour on Jupiter&rsquo;s moon Ganymede, new evidence crucial in&nbsp;search for extraterrestrial life&nbsp;

Scientists find evidence of water vapour on Jupiter's moon Ganymede
NASA's&nbsp;Hubble telescope makes path-breaking discovery on Jupiter
Studies have shown that Ganymede may have&nbsp;more water than Earth
Surface temperatures of Ganymede range between -100 to -180&deg;C
Water on Jupiter's surface frozen, liquid ocean may be 160 km below surface
New evidence crucial in&nbsp;search for extraterrestrial life and habitable worlds

At noon, Ganymede's surface may become warm near the equator and the icy surface may release water molecules.

For the first time, astronomers have uncovered the evidence of water vapor in the atmosphere of Jupiter's moon Ganymede. This water vapour forms when ice from the moon's surface sublimates -- that is, turns from solid to gas.
Scientists used new and archival datasets from NASA's Hubble Space Telescope to make the discovery, and have published in the journal Nature Astronomy.
Previous studies have shown that Ganymede may have more water than Earth, but as it is extremely cold with temperatures of minus 100 to 180 degrees Celsius, the water on the surface may be frozen. It was speculated that the liquid ocean may lie about 160 kilometres below the surface.
Also watch:&nbsp;<a href="https://www.editorji.com/story/nasa-shares-epic-shot-of-the-moon-s-shadow-during-the-june-eclipse-take-a-look-1626929802523" target="_blank">NASA shares EPIC shot of the Moon's shadow during the June eclipse</a>
This new evidence for a water atmosphere on Ganymede is crucial in our search for extraterrestrial life and habitable worlds.

Cosmic sounds: NASA creates music from images of stars and galaxies 

NASA's Hubble Space Telescope is famous for capturing some of the most spell-binding space images. But in its latest post, the space agency has taken things a step further ahead.&nbsp;
A new video shows how cosmic sights can be experienced through other senses as well! The Hubble account explained in a caption that&nbsp;while there&rsquo;s no sound in space, assigning pitches to stars and galaxies in this galaxy cluster image provides a new way to conceptualize its data.
Listen in to the beautiful&nbsp;sound that NASA&nbsp;came up with!&nbsp;

https://www.instagram.com/nasahubble/
Cosmic sights can be experienced by other senses as well: NASA
'Assigned pitches to stars &amp; galaxies for a new way to study data'
Sonifications help the visually-impaired 'hear' astronomical images

NASA's Hubble Space Telescope is famous for capturing some of the most spell-binding space images. But that's not all, the space agency says that cosmic sights can be experienced through other senses as well!
The Hubble account explained in a caption that&nbsp;while there&rsquo;s no sound in space, assigning pitches to stars and galaxies in this galaxy cluster image, for example, provides a new way to conceptualize its data.
Called Sonifications, these&nbsp;audio&nbsp;experiences allow audiences, including blind and visually impaired communities, to &ldquo;hear&rdquo; astronomical images.&nbsp;

hubble space telescope

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