cwnl:

Binary Black Hole in 3C 75
What’s happening in the middle of this massive galaxy? There, two bright sources at the center of this composite x-ray (blue)/radio (pink) image are thought to be co-orbiting supermassive black holes powering the giant radio source 3C 75. Surrounded by multimillion degree x-ray emitting gas, and blasting out jets of relativistic particles the supermassive black holes are separated by 25,000 light-years. At the cores of two merging galaxies in the Abell 400 galaxy cluster they are some 300 million light-years away. Astronomers conclude that these two supermassive black holes are bound together by gravity in a binary system in part because the jets’ consistent swept back appearance is most likely due to their common motion as they speed through the hot cluster gas at 1200 kilometers per second. Such spectacular cosmic mergers are thought to be common in crowded galaxy cluster environments in the distant universe. In their final stages the mergers are expected to be intense sources of gravitational waves.
Credit: X-Ray: NASA / CXC / D. Hudson, T. Reiprich et al. (AIfA);
Radio: NRAO / VLA/ NRL

cwnl:

Binary Black Hole in 3C 75

What’s happening in the middle of this massive galaxy? There, two bright sources at the center of this composite x-ray (blue)/radio (pink) image are thought to be co-orbiting supermassive black holes powering the giant radio source 3C 75. Surrounded by multimillion degree x-ray emitting gas, and blasting out jets of relativistic particles the supermassive black holes are separated by 25,000 light-years. At the cores of two merging galaxies in the Abell 400 galaxy cluster they are some 300 million light-years away. Astronomers conclude that these two supermassive black holes are bound together by gravity in a binary system in part because the jets’ consistent swept back appearance is most likely due to their common motion as they speed through the hot cluster gas at 1200 kilometers per second. Such spectacular cosmic mergers are thought to be common in crowded galaxy cluster environments in the distant universe. In their final stages the mergers are expected to be intense sources of gravitational waves.

Credit: X-Ray: NASA / CXC / D. Hudson, T. Reiprich et al. (AIfA);

Radio: NRAO / VLA/ NRL

(Source: ikenbot, via thoughtsanddreams)

cwnl:

Binary Black Hole in 3C 75
What’s happening in the middle of this massive galaxy? There, two bright sources at the center of this composite x-ray (blue)/radio (pink) image are thought to be co-orbiting supermassive black holes powering the giant radio source 3C 75. Surrounded by multimillion degree x-ray emitting gas, and blasting out jets of relativistic particles the supermassive black holes are separated by 25,000 light-years. At the cores of two merging galaxies in the Abell 400 galaxy cluster they are some 300 million light-years away. Astronomers conclude that these two supermassive black holes are bound together by gravity in a binary system in part because the jets’ consistent swept back appearance is most likely due to their common motion as they speed through the hot cluster gas at 1200 kilometers per second. Such spectacular cosmic mergers are thought to be common in crowded galaxy cluster environments in the distant universe. In their final stages the mergers are expected to be intense sources of gravitational waves.
Credit: X-Ray: NASA / CXC / D. Hudson, T. Reiprich et al. (AIfA);
Radio: NRAO / VLA/ NRL

cwnl:

Binary Black Hole in 3C 75

What’s happening in the middle of this massive galaxy? There, two bright sources at the center of this composite x-ray (blue)/radio (pink) image are thought to be co-orbiting supermassive black holes powering the giant radio source 3C 75. Surrounded by multimillion degree x-ray emitting gas, and blasting out jets of relativistic particles the supermassive black holes are separated by 25,000 light-years. At the cores of two merging galaxies in the Abell 400 galaxy cluster they are some 300 million light-years away. Astronomers conclude that these two supermassive black holes are bound together by gravity in a binary system in part because the jets’ consistent swept back appearance is most likely due to their common motion as they speed through the hot cluster gas at 1200 kilometers per second. Such spectacular cosmic mergers are thought to be common in crowded galaxy cluster environments in the distant universe. In their final stages the mergers are expected to be intense sources of gravitational waves.

Credit: X-Ray: NASA / CXC / D. Hudson, T. Reiprich et al. (AIfA);

Radio: NRAO / VLA/ NRL

(Source: ikenbot, via thoughtsanddreams)

Notes:

  1. impasse reblogged this from thoughtsanddreams
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  16. quid-destruit-vincere reblogged this from 14-billion-years-later and added:
    My verbatim reaction: “Holy fuck! Binary Black Holes?!?! AWESOME!
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  21. cosmosplasma reblogged this from buena-vista and added:
    Binary Black Hole in 3C 75 What’s happening in the middle of this massive galaxy? There, two bright sources at the...
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About:

Man was born to love-
Though often he has sought
Like Icarus, to fly too high
And far too lonely than he ought
To kiss the sun of east and west
And hold the world as his behest

To hold the terrible power
To whom only gods are blessed-
But me, I am just a man



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