galactic cannibalism

The Signs as Strange Shit Found in Space

Aries: LGQ; BIG AS SHIT. REALLY BIG. DEFIES THE LAWS OF STANDARD PHYSICS. SCIENTISTS ARE BAFFLED. ITS FUCKING STRANGE.

Taurus: Galactic Cannibalism; where galaxies literally devour each other. Those savages.

Gemini: Gliese 581 c; May be a candidate for future colonization. Only thing is that one side will melt your face off and the other will freeze you to death :). But there is a little strip in the middle that is a-okay. 

Cancer: Universe’s largest water reservoir; contains 140 trillion times more water than Earth, makes a kick-ass water slide. Also a big ass black hole :/ 

Leo: The Diamond Planet; pretty self-explanatory, worth 29.2 nonillion dollars. Take that Bill Gates. 

Virgo: The Cold Star; thinks its the shit, really aint. Our sun is hot af and this star is only 80 degrees. That’s a regular day in LA basically. 

Libra: El Gordo Galaxy; Spanish for “the fat one”. Has a lot of galaxies in there.

Scorpio: The Planet of Burning Ice; its literally an ice ball that is literally on fire. 

Sagittarius: Sagittarius B2; basically a fucking huge cloud that is “a giant river of raspberry-flavored rum” 

Capricorn: Dark Energy; we don’t know what the fuck it is that’s why its called “dark” energy. it’s making the universe expand faster. how? we don’t know. just does its own thang. 

Aquarius: White Holes; the opposite of black holes, may be the key to time travel. Only exists in theory. 

Pisces: Pillars of Creation; makes little star babies (✿◠‿◠) 

Prompts

And here we have the prompts for Borosai Week. Each day has a choice of three prompts. The first relates directly to the source material, the second is related to space in some form or fashion and the third is an AU prompt.

Feel free to use any prompt listed on the day or none if you like. Interpret the prompts however you wish and remember to have fun with it!

Day 1:
I love you to the moon and back.
Celestial Mechanics
AU: Soulmates

Day 2: 
Dominator of the Universe
Binary Stars
AU: Yakuza/Mafia

Day 3:
You are the best fight I’ve had in years
Coronal Mass Ejection
AU: Sugar Daddy

Day 4:
I thought you said ‘bonsai
Stellar Parallax
AU: Supernatural Creatures

Day 5: 
What the fresh hell are Easter Eggs? 
Habitable Zone
AU: Villain/Role Reversal

Day 6:
Everything 50% off this weekend only. 
Galactic Cannibalism. 
AU: Medieval 

Day 7:
Twenty words or less
Galactic Bulge
AU: Meeting under different circumstances. 


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  • Nsfw art should go under a read more if it’s particularly sexy but it’s not mandatory
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Hubble catches a transformation in the Virgo constellation

The constellation of Virgo (The Virgin) is especially rich in galaxies, due in part to the presence of a massive and gravitationally-bound collection of over 1300 galaxies called the Virgo Cluster. One particular member of this cosmic community, NGC 4388, is captured in this image, as seen by the NASA/ESA Hubble Space Telescope’s Wide Field Camera 3 (WFC3).

Located some 60 million light-years away, NGC 4388 is experiencing some of the less desirable effects that come with belonging to such a massive galaxy cluster. It is undergoing a transformation, and has taken on a somewhat confused identity.

While the galaxy’s outskirts appear smooth and featureless, a classic feature of an elliptical galaxy, its center displays remarkable dust lanes constrained within two symmetric spiral arms, which emerge from the galaxy’s glowing core – one of the obvious features of a spiral galaxy. Within the arms, speckles of bright blue mark the locations of young stars, indicating that NGC 4388 has hosted recent bursts of star formation.

Despite the mixed messages, NGC 4388 is classified as a spiral galaxy. Its unusual combination of features are thought to have been caused by interactions between NGC 4388 and other galaxies in the Virgo Cluster. Gravitational interactions – from glancing blows to head-on collisions, tidal influencing, mergers, and galactic cannibalism – can be devastating to galaxies. While some may be lucky enough to simply suffer a distorted spiral arm or newly-triggered wave of star formation, others see their structure and contents completely and irrevocably altered.

Galactic Cannibalism 

A new feature in the evolution of galaxies has been captured in this image of galactic interactions. The two galaxies seen here – NGC 3226 at the top, NGC 3227 at the bottom – are awash in the remains of a departed third galaxy, cannibalized by the gravity of the surviving galaxies. The surge of warm gas flowing into NGC 3226, seen as a blue filament, appears to be shutting down this galaxy’s star formation, disrupting the cool gas needed to make fresh stars. 

The findings come courtesy of the European Space Agency’s Herschel space observatory, in which NASA played a key role, and NASA’s Spitzer and Hubble space telescopes. 

Adding material to galaxies often rejuvenates them, triggering new rounds of star birth as gas and dust gel together. Yet data from the three telescopes all indicate that NGC 3226 has a very low rate of star formation. 

In this instance, material falling into NGC 3226 is heating up as it collides with other galactic gas and dust, quenching star formation instead of fueling it. As this warm gas chills out in the future, though, NGC 3226 should get a second wind in its stalled-out production of new stars. 

The gray scale in this image shows optical starlight captured by the MegaCam instrument at the Canada France Hawaii Telescope (CFHT) telescope on Mauna Kea in Hawaii, and reveals loops of stars flung about by the galactic cannibalism. The blue color represents cool hydrogen gas seen in radio waves by the Very Large Array near Socorro, New Mexico. The big plume of gas above NGC 3226 is being drawn into the galaxy by its gravity. The red color shows infrared light emissions, captured by Spitzer, from warm gas and dust at the tip of the plume’s infalling stream of material into NGC 3226, as well as from features within NGC 3227. 

Other Spitzer observations reveal a disk of warm molecular gas at the core of NGC 3226, fed by the plume. Herschel observations, not shown in the image, were used to create a galactic star-formation model, which confirms NGC 3226’s very low star-formation rate. 

The interacting galaxies are located 49 million light-years away in the constellation Leo. 

Visible starlight at wavelengths of 550 to 700 nanometers is shown in gray scale. The infrared glow of dust at 8 microns, as seen by Spitzer, is displayed in red, while the radio glow of hydrogen gas at 21 centimeters, from the VLA, is shown in blue. 

Caption: NASA

Galaxies in the River : Large galaxies grow by eating small ones. Even our own galaxy practices galactic cannibalism, absorbing small galaxies that get too close and are captured by the Milky Ways gravity. In fact, the practice is common in the universe and illustrated by this striking pair of interacting galaxies from the banks of the southern constellation Eridanus, The River. Located over 50 million light years away, the large, distorted spiral NGC 1532 is seen locked in a gravitational struggle with dwarf galaxy NGC 1531 , a struggle the smaller galaxy will eventually lose. Seen edge-on, spiral NGC 1532 spans about 100,000 light-years. Nicely detailed in this sharp image, the NGC 1532/1531 pair is thought to be similar to the well-studied system of face-on spiral and small companion known as M51. via NASA

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