candybomberz wrote:It's like with quantum physics something might be proable or something might not, but if you try it thousands or millions of times it will happen somewhen

Quantum physics is the mathematical description of the wave-particle duality of matter. If you wish to know more, read about the achievements of Max Planck and all scientists that followed. (Einstein, Heisenberg, Broglie, Schrödinger, Bohr, Feynman, Jordan, Pauli, Sommerfeld, Wien, Wigner) You can actually find a collection of 150 PDFs' on Feynman's university lectures about the subject matter. It is fascinating, in my opinion.
I think you are specifically referring to the uncertainty principle postulated by Heisenberg, but you're saying it wrong. The principle states that the the more precisely the POSITION is
determined, the less precisely the MOMENTUM is
known. In simpler vectorial terms, if you can determine the position of a subatomic particle with precision, you cannot determine how fast it is going, and vice versa. It does not mean that we are unable to calculate it. We are able to calculate this at a very precise scale. It simply means that shooting an electron with the same initial conditions twice will not make it go in the same direction at the same velocity both times.
If you wish to know why this happens, it is because of a lack of a frame of reference. The only frame you have when calculating the velocity of an electron is the atom itself. Since the radius of the atom (H-atom) is over a thousand times bigger than the possible velocity of the electron, there is absolutely no way of knowing where the electron is positioned. Delving deeper into the theory, other things happen that no one wishes to hear, but I thought I would throw this in and stop all this ignorance about quantum mechanics.
That being said, quantum mechanics has absolutely nothing to do with mathematical probability nor with event possibility. (Thus nothing to do with odds, cheats, nor with this thread.)