Tech & Science: Hubble spots two galaxies rubbing off on each other - - PressFrom - United Kingdom

Tech & Science Hubble spots two galaxies rubbing off on each other

12:55  03 december  2019
12:55  03 december  2019 Source:

Is the Milky Way Galaxy Getting Gassier? A New Study Says Yes

  Is the Milky Way Galaxy Getting Gassier? A New Study Says Yes An excessive amount of gas has been discovered flowing into the Milky Way galaxy—though the reason behind the phenomenon remains a mystery. According to a news release from NASA's Hubblesite, about 10 years' worth of data from the Hubble Space Telescope shows there has been more gas coming in than out, said Andrew Fox, an astronomer and lead author of a forthcoming study for The Astrophysical Journal.When employing Cosmic Origins Spectrograph (COS) technology through the telescope, gas heading away from the galaxy appears redder, while gas coming toward it appears bluer.

NASA and the European Space Agency’s (ESA) Hubble Space Telescope was able to capture a stunning image of two galaxies interacting with one another. According to the space agencies, these two galaxies will eventually collide and merge into one.

Hubble Telescope captures two galaxies being pulled closer together by their mutual gravitational attraction. Two galaxies are caught in a crazy cosmic dance, pulling at each other in a fresh image from a space telescope icon. Will Europe Finally Get Its Asteroid-Deflection Mission Off the Ground?

a star in the middle of the night: galaxies © Provided by BGR galaxies

Size is always relative, and that’s especially true when it comes to outer space. We’re tiny creatures, so we think of the Earth as this incredibly large thing, with our solar system being almost impossibly large. The size of our home galaxy, the Milky Way, is hard to wrap our heads around, so when we peer into space and spot a pair of galaxies cuddling up close to each other it’s a difficult thing to grasp.

In this image captured by the Hubble Space Telescope, the cosmic feature known as Arp 293 is presented in gorgeous detail. Arp 293 is actually two separate galaxies that have drifted so close to one another that they’ve begun to share some of their material.

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A new video from NASA’s Hubble Space Telescope offered a breathtaking look at two far away galaxies merging, or colliding with each other , continuing a process that is expected to last for millions of years to come. On Monday, the Hubble team discussed a 48-second video they posted of NGC

NASA’S Hubble Space Telescope snapped this stunning portrait of two galaxies warping each other by the power of their gravities. The two galaxies in NASA’s picture are locked in a gravitational dance of truly cosmic proportions. On the left, the galaxy NGC 6285 is being bent and twisted out of

The two galaxies that makeup Arp 293 are NGC 6285 (on the left in the image) and NGC 6286 (on the right). From our point of view, they’re sitting virtually side-by-side. They’re far closer to one another than many galaxies we can observe from Earth, and while they’re still separated by many millions of light-years, their respective gravitational pulls are acting on the other.

As you can see in the image released by the ESA and NASA, material from both galaxies has begun to drift into space between the pair. This appears as a bluish haze in the image, and it’s made of various clouds of dust and gasses that are being pulled back and forth.

Our own Milky Way is actually going to eventually interact with a neighboring galaxy itself. Right now, as you sit and read this, our home galaxy is on a course to collide with the larger galaxy known as Andromeda. While this might sound scary, the huge space between stars in both galaxies means that the likelihood of collisions between stars will be very small. On top of that, the actual merger won’t take place for another 4.5 billion years or so, so it’s really not worth worrying about.

Two Vast 'Peacock-Shaped' Cosmic Clouds Spotted by Astronomers in Nearby Galaxy .
The latest findings could have important implications for our understanding of how massive stars form. "For the first time, we uncovered a link between massive star formation and galaxy interactions in very sharp detail," Yasuo Fukui, lead author of one of the research papers, said in the statement. "This is an important step in understanding the formation process of massive star clusters in which galaxy interactions have a big impact."The Small Magellanic Cloud is a dwarf galaxy located 200,000 light-years from Earth.

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