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Fact #581

classicwhofacts:

The reason the Doctor’s name is such a mystery is that he forgot it during a particularly bad bout of amnesia as the Eighth Doctor.

zilleniose:


bekuki replied to your photo:   who said demon au  

everything is 3000% more shota when Zoey is around

was that a challenge, becky

zilleniose:

bekuki replied to your photo: who said demon au
everything is 3000% more shota when Zoey is around

was that a challenge, becky

RotBTD 30 Day Challenge

Day 2: Favorite Character (of the four) ➝ Jack Frost

greatestshowinthegalaxy:

Pull a trigger. End a life. Simple, isn’t it?

wrenchdolt:

Boyfriends

wrenchdolt:

Boyfriends

kaworustiel:

【腐】ぺよん詰め
Tommy heavenly6 - Roller coaster ride→
10 plays

arturianshadow:

Roller coaster ride→ - Tommy Heavenly6
Just a friendly reminder that Tomoko Kawase is one of my favorite artists

bonbonpich:


Finally I managed something newer than DA -*- totally drawn on whim. I read bad outcome of one ROTG fanfic yesterday. Human and spirit can’t be together. It. hurts. When random MV rolled around this morning, it had to be Payphone, one of my favs. To BenneFrost, it is!

bonbonpich:

Finally I managed something newer than DA -*- totally drawn on whim. I read bad outcome of one ROTG fanfic yesterday. Human and spirit can’t be together. It. hurts. When random MV rolled around this morning, it had to be Payphone, one of my favs. To BenneFrost, it is!

ikenbot:


Messier 94: Galactic Wheels within Wheels

How many rings do you see in this striking new image of the galaxy Messier 94 (NGC 4736) as seen by the infrared eyes of NASA’s Spitzer Space Telescope? While at first glance one might see a number of them, astronomers believe there is just one.
Historically, Messier 94 was considered to have two strikingly different rings: a brilliant, compact band encircling the galaxy’s core, and a faint, broad, swath of stars falling outside its main disk.
Astronomers have recently discovered that the outer ring, seen here in the deep blue glow of starlight, may actually be more of an optical illusion. Their 2009 study combined infrared Spitzer observations with ultraviolet data from NASA’s Galaxy Evolution Explorer, and ground-based surveys in visible (Sloan Digital Sky Survey) and near infrared light (Two Micron All Sky Survey). This more complete picture of Messier 94 indicates that we are really seeing two separate spiral arms that, from our perspective, take on the appearance of a single, unbroken ring.
The bright inner ring of Messier 94 is very real, however. This area is sometimes identified as a “starburst ring” because of the frenetic pace of star formation in this confined area. Starbursts like this can often be triggered by gravitational encounters with other galaxies, but in this case may instead be caused by the galaxy’s oval shape.
Tucked in between the inner starburst ring and the outer ring-like arms we find the galaxy’s disk, striated with greenish filaments of dust. While, at first glance, these dusty arcs look like a collection of rings, they actually follow tightly wound spiral arcs.
Messier 94 is about 17 million light years away, making it a distant neighbor of our own Milky Way galaxy. It was first discovered by Charles Messier’s assistant, Pierre Méchain, in 1781 and was added to his supervisor’s famous catalog two days later.

ikenbot:

Messier 94: Galactic Wheels within Wheels

How many rings do you see in this striking new image of the galaxy Messier 94 (NGC 4736) as seen by the infrared eyes of NASA’s Spitzer Space Telescope? While at first glance one might see a number of them, astronomers believe there is just one.

Historically, Messier 94 was considered to have two strikingly different rings: a brilliant, compact band encircling the galaxy’s core, and a faint, broad, swath of stars falling outside its main disk.

Astronomers have recently discovered that the outer ring, seen here in the deep blue glow of starlight, may actually be more of an optical illusion. Their 2009 study combined infrared Spitzer observations with ultraviolet data from NASA’s Galaxy Evolution Explorer, and ground-based surveys in visible (Sloan Digital Sky Survey) and near infrared light (Two Micron All Sky Survey). This more complete picture of Messier 94 indicates that we are really seeing two separate spiral arms that, from our perspective, take on the appearance of a single, unbroken ring.

The bright inner ring of Messier 94 is very real, however. This area is sometimes identified as a “starburst ring” because of the frenetic pace of star formation in this confined area. Starbursts like this can often be triggered by gravitational encounters with other galaxies, but in this case may instead be caused by the galaxy’s oval shape.

Tucked in between the inner starburst ring and the outer ring-like arms we find the galaxy’s disk, striated with greenish filaments of dust. While, at first glance, these dusty arcs look like a collection of rings, they actually follow tightly wound spiral arcs.

Messier 94 is about 17 million light years away, making it a distant neighbor of our own Milky Way galaxy. It was first discovered by Charles Messier’s assistant, Pierre Méchain, in 1781 and was added to his supervisor’s famous catalog two days later.