Worlds Saddest Zoo

youmaynowlaugh:

gat0mon:

stationarystationery:

your-bruise:

thundercuntinc:

thefiendishthingy:

allbeatlesallthetime:

ktandcompany:

blogfunk:

schmiddlebopper:

homeforfaces:

staresdeadlierthanbullets:

daamnndesiree:

thatsnotaword:

onthewing:

counterfeitredhead:

dsfbvnmacsd

hybnvg

GOD IT’S A MIRACLE

ghybv

bb  by6 y67

Result? Ow.

SKILLZ.

yhunnnnnn67b 

wsertyuhbgtyhujik. Fun.

  g

i think i broke my nose D:

n n n n n 

dfgnmnjhg and i broke my nose too!

Einstein did actually spend a good deal of his life trying to do just that and failed ³². Furthermore, it turns out that if it were possible to determine both the position and the momentum at the same time, Quantum Physics would collapse ³³. Because of the latter, Werner Heisenberg proposed in 1925 that it is in fact physically impossible to do so. As he stated it in what now is called the Heisenberg Uncertainty Principle, if you determine an object’s position with uncertainty x, there must be an uncertainty in momentum, p, such that xp > h/4pi, where h is Planck’s constant ³⁴ (which we will discuss shortly). In other words, you can determine either the position or the momentum of an object as accurately as you like, but the act of doing so makes your measurement of the other property that much less. Human beings may someday build a device capable of transporting objects across the galaxy, but no one will ever be able to measure both the momentum and the position of an object at the same time. This applies not only to electrons but also to objects such as tennis balls and toasters, though for these objects the amount of uncertainty is so small compared to there size that it can safely be ignored under most circumstances. 

jn  gbv

wow fail much.

gosh daniela who says “fail” anymore

Before you Bella, my life was like a moonless night. Very dark, but there were still po-

OH GOD, MY NOSE HURT FROM HITTING THE KEYBOARD THAT MANY TIMES.