Where do you go when you have no one...HERE that's where Soo the point is to have the MOST AWESOME tumblr !!! then any other And it shall become :D
CINNAMON eclair
Kobayashi Eitaku, Body of a Courtesan in 9 stages of Decomposition, c. 1870
(Source: pubertad, via adventuresinslumberland)
Black: I would date you.
Green: I think you’re cute.
Blue: You are my tumblr crush.
Grey: I wish you would notice me.
Purple: I don’t talk to you but I really love your blog.
Teal: We have a lot in common.
Yellow: FUCK ME, LET'S FUCK.
Orange: I don’t like your blog.
Brown: I don’t like you.
Pink: I think you are unattractive.
Red: I hate you with a burning passion.
White: Marry me.
Why is he holding his #paws like that while he’s #sleeping… #cat #siamese #boycat #sleepingcat #strange #tumblr
So why is one considered ‘inappropriate’ and the other accepted? Stop sexualising my body.
I wonder this too. Why is it a man’s breast and nipple are okay to show but a woman’s breast and nipple isn’t.
fave wow
best thing to reblog yet
(Source: iwillnotshavemyvagina, via lobotomizemysoul)
AND LOOK WHAT I WOKE UP TO OWNING!!! #DaftPunk #RAM #RandomAccessMemories #mydayismade #winning #tumblr #album #official
Alterations to the usual glass production process, such as putting the material under stress, can introduce effects that linger even after the material hardens. While manufacturers have long exploited this phenomenon to strengthen glass, a new theory aims to get closer to understanding why it happens.
Glass is not as well understood as most materials, because it straddles the line between liquid and solid. In typical crystalline materials, molecules assemble into a set structure over the span of the entire material as the substance solidifies from a disordered liquid form. Glass, on the other hand, retains a liquid-like disorder even after it hardens.
Without a set architecture, these disordered molecules are particularly vulnerable to outside forces. If you push or pull on a substance, you create internal forces, or stress, in the material itself. Once you remove that force, you’d expect the molecules to return to equilibrium, removing the stresses. But glassy materials “remember” the long-gone force.
