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Pallas_Athene
Guest
I think it is. When two events are independent then neither one can influence the other. If you have two rolling dice and roll them, the result on one has no effect on the result on the other one… in other words they are independent. It is the same phenomenon when we say that the choice is not dependent on anything else.Interesting! But I have the doubt if this freedom as you have defined it above is the same freedom we were talking about before.
That is not the same. The choice itself is not contingent.Let me take the example of the tie: Given the three options that you mentioned, I think we could talk about the probability of each one of them, and each probability would have a value greater than 0. Then, choosing between your blue tie, or the red one, or nothing, would not be an example of a free process anymore -if we subject ourselves to your definition above.
That is not what I said. The laws of physics are constant. Each law describes either a deterministic relation or a stochastic one. Gravity is deterministic law. You let go of a pebble, and it will always drop “down”, never “up”. Radioactive decay is a stochastic one, there is no way to predict which atom will split in a specific time interval.So, when you say that “deterministic / stochastic relationships depend on the laws of physics” it is an statement which for the moment I cannot process in my mind. Please, provide an example of a physical law which regulates a deterministic / stochastic relationship, and show me how such relationship is constant.
Could we go back to the topic of the thread?