Quote from: Mike on July 23, 2018, 11:56:41 AM
The uncertainty principle is always "involved" but quantum effects are not evident or noticeable at the macroscopic level (that means roulette wheels) because Planck's constant is so small. This is really basic quantum physics, which you obviously don't comprehend, butthead.
Really, Tweedledum? Ok, let's look a bit closer on your statement and compare that with the latest research in the said area.
Andreas J. Albrecht (Professor in theoretical physics and Cosmology from Cornell University, presently holding a chair at University of California, lecturing in quantum mechanics, probability and Quantum Theory), showed from his research in how the Uncertainty principle affected the macroscopic world and especially games of chance, through the influence of quantum uncertainty on the behaviour of colliding water molecules and their influence on the random Brownian motion of neurotransmitters in a complex nervous system.
He proved that the uncertainty in the outcome of something like a simple coin flip was dependant on the activity taking place in the flippers brain neurons, and could as such be accounted for entirely by the amplification of the original quantum fluctuations affecting the water molecules.
What this means, is that quantum uncertainty completely randomizes the coin flipping and that the classical probability for the outcome of a coin flip can be reduced to a Quantum One, as the total probability is always 1.
As the uncertainty of such a macroscopic system increases non-linearly with every water molecule collision, once said uncertainty becomes large enough, its quantum origins become the dominant influence in the outcome, NOT CLASSICAL MECHANICS.
This is what we also can refer to as Strange attractors, i.e complex patterns of behavior in a chaotic system influencing a game of chance, like roulette, or craps, or anything similar dependant on interaction with Brownian motion in molecules and down to their very sub-atomic building blocks.
Prof, Albrecht offered a game of snooker as an excellent macroscopic view on this and demonstrated that it could take no more than eight collisions between balls for quantum uncertainty to dominate the game. He further proved that any random system that is driven or dependant by neural processing, a gambler flipping a coin, throwing dices (a dealer spinning a roulette wheel), will have an underlying quantum ignorance where Heisenberg's uncertainty principle does influence the macroscopic world.
Now buzz off, or crawl down under that stinking rock of ignorance you usually hide under. We are finished here.
