A brand new picture taken with the NASA/ESA Hubble Area Telescope gives an in depth have a look at an interacting galaxy pair known as Arp 300.
This Hubble picture exhibits Arp 300, a pair of interacting galaxies some 185 million light-years away within the constellation of Ursa Main. Picture credit score: NASA / ESA / J. Dalcanton, College of Washington / R. Windhorst, Arizona State College / Gladys Kober, NASA & Catholic College of America.
The Arp 300 galaxy duo resides roughly 185 million light-years away within the constellation of Ursa Main.
Also referred to as Markarian 111, Mrk 111 or LEDA 26849, it consists of two interacting galaxies: UGC 5028 (smaller face-on spiral galaxy) and UGC 5029 (bigger face-on spiral)
“Probably as a consequence of its gravitational dance with its bigger accomplice, UGC 5028 has an uneven, irregular construction, which isn’t as seen from ground-based telescopes however is kind of distinct on this new picture,” Hubble astronomers mentioned in an announcement.
“The brilliant knot seen to the southeast of the middle of UGC 5028 would be the remnant of one other small galaxy that’s within the technique of merging with that galaxy.”
“If that is so, that remnant will ultimately merge with the bar of stars seen in Hubble photographs of UGC 5028, forming a central bulge just like that of Arp 300’s bigger companion galaxy, UGC 5029.”
“UGC 5029 has a pronounced spiral construction and a number of sizzling, blue big stars seen on the facet going through UGC 5028,” they added.
“This enhanced star formation is probably going as a result of interplay between the 2 galaxies.”
“One other edge-on spiral galaxy is seen on this picture beneath UGC 5029, however is simply too faint to be resolved into star-forming areas,” they mentioned.
“The 5 objects strung out above it are most likely a bunch of distant background galaxies.”
“We seemed on the Arp 300 galaxy pair to check the connection between the general bodily traits of galaxies and their star formation.”
