lauralamichelle

Welcome to the magical world of lauralamichelle. You should probably fear for your life.
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sophielemarie:

lauralamichelle:

(via You Are Here Bell Curve Babydoll)

Isn’t this just a really subtle way of telling someone they’re thick as…

pretty much….i think………but i soppose it could be interprited as anything realy as it isnt nessaseraly a graph of intelligence…it could be anything like height or something that is also described with a word that i cant remember right now but i really should because i need to know it for my statistics exam in a few weeks….basically anything that is like normally distibuted would have a graph like that……i thinik……but dont take my word for this being entirely correct….either way it is saying they are way below the average at something……..(which would be good if it was like times to finish a race or something)

(via Relativity Watch)

 The numbers on the watch rotate in seconds…..and it has my fave number on it…. 

simplysailormoon:

nalem:

http://www.qwertee.com/product/meatball-head/

New t-shirt design, guys! This is called “Meatball head,” It’s another Sailor Moon inspired shirt :) 

Please help it get printed by voting! 

slightly disturbing, but creative

kyralih:

sailorscooby:

ikenbot:

Venus Near the Moon

 #:D Venus is all sparkly/pointy because of the telescope they used to take the picture! Usually you only see four because most mirrors are… #but this looks like there were eight #which makes me go WHAAAAAAT? BIIIG MIRROR!!! :DDD #And now for enogitna’s most excellent tags: #that moment when you think no way this is fucking real then you see the source is NASA and it’s like OH WELL THEN CARRY FUCKING ON NIGHT SKY

Huh… *blinkblink* I broke a tag. Lol. I guess it was too long! XD 

what it meant to say was that when you look at most pictures of the night sky, the stars can have a four-point look to them. That means that they’re in the foreground of the picture and/or are very bright (both being the case with our lovely Venus) and the camera is actually catching the light bending around the four supports of the mirror suspended inside the telescope. 

Is like this:

———————————-_———

[<((back mirror))             O <((reflecting mirror))

———————————( )——-

the image of the sky is reflected by the back mirror; the reflecting mirror catches it, and bounces it off of the side reflecting mirror (er„ I had to break the top line/casing for the telescope to put it in there) and out through the viewing hole ((that parenthesis in the bottom casing; this’d be like you were looking at it from above)). Then the image passes through lenses in the eyepiece which focuses it (flips it, lol) and then we see it.

The reflecting mirror is often supported by four little arms, like a plus sign with the mirror in the center; it looks like the telescope used on that image was supported by an eight-armed support XD

… or it was a telescope that reflected it twice, putting another little mirror near the bottom that then reflects it out through a peephole closer to the main huge mirror at the back. … but that’s a more complicated design xD ((er… NASA probably has that one. ._. … or one with even more mirrors… More mirrors = better resolution = clear images that can look farther into space)).

ANYWAY THE END! <3 Thanks for reading XD