Its actually really insane, and INCREDIBLY profound. This stuff is similar to chaos theory, which is where the same initial conditions can lead to widely varying end results. This is due to something called feedback, where the next "event" is dependent on the event previous to it. An easy example is the way waves on the beach "fold back" on themselves when the water goes back into the ocean and disturbs the incoming wave, or how turbulence works.
This is an example of randomness even in a macro system. Ever think about the weather and why a 7 day forecast is usually shit?
Quote (Anphrax @ Jun 26 2013 05:38pm)
e/ how do you think this randomness of atoms impact on the macro world?
I posted before I saw this edit, but those are some examples.
Also, as an aside, researchers have been able to show that even a buckyball (60 carbon molecule) displays a defraction pattern. Basically, a 60 atom molecule can be used in the double slit experiment to show that it "interacts with itself," and that it indeed does act like a wave AND a particle (bringing into question, well if a 60 atom molecule does, do bigger things too?). And actually, it does!. However, using de Broglie's primitive equation, w = h/p, where w is the wavelength, h is Planck's constant, and p is momentum. However, try calculating the wavelength of a baseball moving at 90 mph. Its on the order or 10^-30 meters, which is essentially nothing.
This post was edited by khemist on Jun 26 2013 06:51pm