Quote (SmokeDaBest @ Jan 5 2010 02:46am)
quote this one please
Because one particle can do it, they *could* all do it (and larger particles, such as atoms can do it too).
In terms of odds though, to say they're stacked against you is an understatement. The phenomenon scales up extremely poorly.
1] The distances involved are on the order of atomic distances. Electrons just *don't* jump one micrometer, let alone one metre. Imagine rolling a dice that has millions of sides. You roll a 1, you get a large leap on the order of nanometres. Imagine a die that has bajillions of sides. You roll a 1, you get a leap of millimetres.
2] Now, count the number of atoms in your body. Roll that many dice. Keep rolling until you get a "yahtzee" - a one on *all* of them. All your atoms jumped at the same time.
3] Of course, there's no reason for them to jump in the same direction, so you may have to roll all those 1's on all those dice bajillions of times before they all happen to jump in the right direction.
Take all those one-in-a- bajillions - there's about four of them. Multiply them together.
Now ask yourself - in your lifetime, has even the tiniest fraction of a part of any person on Earth leapt more than an inch from its current location? Because all that would have to happen countless times before a larger coincidence happened.