KITTEN CLAYTON

sarahhstrong:

Favourite TV Pairings » Gomez & Morticia Addams

Tuesday, July 29, 2014

Mastodon's Brent Hinds Carves Wooden Penis

fudderduds:

My favorite band and my second favorite type of penis.

Seriously wanna’ tickle Baphomet’s teats with my thumb on Brent Hinds back tattoo while we…. hang out or whatever.
Pretty much all the members of Mastodon are pretty hot… not to mention, they rad as fuq.

dillamac:

Just a thumbnail “Reaction” #photomanipulation #graphicdesign #digitalart #reaction #scifi #Photoshop #energy

dillamac:

Just a thumbnail “Reaction” #photomanipulation #graphicdesign #digitalart #reaction #scifi #Photoshop #energy

downto142:

frettedtoflame:

renrevenge:



I’M FUCKING SCREAMING OMGGGGGG THE TIME HAS COME FOR THE 90S TO ROMANTICIZED BY NON-90S KIDS FUCK

I feel like a legend.


Awwwwwwwwww someone got liiiiiied to.

downto142:

frettedtoflame:

renrevenge:

I’M FUCKING SCREAMING OMGGGGGG THE TIME HAS COME FOR THE 90S TO ROMANTICIZED BY NON-90S KIDS FUCK

I feel like a legend.

Awwwwwwwwww someone got liiiiiied to.

boyirl:

"get out from living inside of me"Tracey Emin - Untitled, 2008

boyirl:

"get out from living inside of me"

Tracey Emin - Untitled, 2008

Monday, July 28, 2014
Lookin’ straight up like Gary Oldman in “The 5th Element”. No fucks given.

Lookin’ straight up like Gary Oldman in “The 5th Element”. No fucks given.

trigonometry-is-my-bitch:

Geometrical visualisation of a 4D shape from a 3D Perspective - The Tesseract
Hypercubes are shapes with n dimensions where n is greater than the 3 dimensions of a normal cube. The Tesseract, or the 4-cube, is a 4 dimensional hypercube.
where n is the dimensional number, in any hypercube:

vertices = 2^n
edges = n(2^n-1 )
faces = 2^n-3(n-1)n

trigonometry-is-my-bitch:

Geometrical visualisation of a 4D shape from a 3D Perspective - The Tesseract

Hypercubes are shapes with n dimensions where n is greater than the 3 dimensions of a normal cube. The Tesseract, or the 4-cube, is a 4 dimensional hypercube.

where n is the dimensional number, in any hypercube:

vertices = 2^n

edges = n(2^n-1 )

faces = 2^n-3(n-1)n

Janet Jackson-VMA Michael Jackson Tribute HD
brb… getting my life

 
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