Well... i wont re-quote the posts, or this one will be too long.

Naughtydreadz, the principle of relativity of Galileo says that the physical phenomena behaves the same way in all inertial referentials, inertial referentials being the places where the physical phenomena are being measured, and this places must be at rest or moving at constant speed.
It explains why when we are in a car at constant speed it seems it isnt moving... cause physically they are the same situation.

Greendestiny, i agree that a classical coin is deterministic, in the sense that all the relevant variables for predicting its result can be measured with a large degree of precision. So, if we were to make rigorous measurements, the tossing of a coin wouldnt be random. Its said its random because usually we dont know nothing about it and so we cant predict its result.

But there are phenomena that are actually random. The atomic processes are actually random, because the uncertainity principle says that its physically impossible to measure the variables with the required precision, and so there is no way to know what will be its result. Its a limitation of the physics, so it cant be fixed, no matter how good be our measurement instruments.

And this fundamental randomness doesnt is exclusive of the atomic phenomena... the cats experiment is an experiment that brings the atomic randomness to the "real life", so the cats life expectancy is actually random.

So dont abandon the randomness... cause i would say its more usual than the order... its only our mind that says the opposite...

And thank you and also Themetal1 for the kind words... "very deep thinker"... lol! most people thinks im a lazy pothead... but its cause they dont know what im doing when im sitting there stoned out of my mind, and staring at the space... :stoned::thumbsup::jointsmile::rastasmoke: