Do you believe in fate?
They do happen randomly - as shown above. A minimal influence can change a system drastically; the so called "butterfly effect". The problem is we don't know which butterfly will have which effect when and if at all.
Be careful not to confuse quantum indeterminacy which manifests itself as a linear superposition of states with chaotic indeterminacy which is a highly non-linear relation between later states and an initial state. A perfectly deterministic system can show chaotic indeterminacy as in the case of a compound pendulum with large oscillations.
Lorenz's equations for atmospheric convection are totally deterministic yet produce chaotic dynamical behavior. Very small differences in the initial conditions produce very large follow-on behavior.
ruveyn
Belief in fate, as in that certain things happen to you for particular reasons, is just one way of ascribing cause and effect, which can be comforting or nightmarish depending on the "cause - effect" connections that you perceive/believe in.
I think the reason why I don't believe in "fate" as such is because it seems to suggest that only certain things in your life have that kind of "meaning"/weight. I believe that everything is equally determined.
Though thinking about it there is something about the notion of fate which I do appreciate:
That is that it does seem to involve recognising/accepting that cause and effect are just man-made categories, which might bear no relation to how things really work. ie: belief in "fate" implies that things may happen to you without any "normal" sequence of cause and effect to explain them. As if the universe does indeed work in mysterious ways, that we have little or no understanding of.
In that sense I see "fate" as a very significant concept.
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They do happen randomly - as shown above. A minimal influence can change a system drastically; the so called "butterfly effect". The problem is we don't know which butterfly will have which effect when and if at all.
Be careful not to confuse quantum indeterminacy which manifests itself as a linear superposition of states with chaotic indeterminacy which is a highly non-linear relation between later states and an initial state. A perfectly deterministic system can show chaotic indeterminacy as in the case of a compound pendulum with large oscillations.
Lorenz's equations for atmospheric convection are totally deterministic yet produce chaotic dynamical behavior. Very small differences in the initial conditions produce very large follow-on behavior.
ruveyn
Whether you do or do not know what's coming has nothing to do with whether it is preset.
They do happen randomly - as shown above. A minimal influence can change a system drastically; the so called "butterfly effect". The problem is we don't know which butterfly will have which effect when and if at all.
Be careful not to confuse quantum indeterminacy which manifests itself as a linear superposition of states with chaotic indeterminacy which is a highly non-linear relation between later states and an initial state. A perfectly deterministic system can show chaotic indeterminacy as in the case of a compound pendulum with large oscillations.
Lorenz's equations for atmospheric convection are totally deterministic yet produce chaotic dynamical behavior. Very small differences in the initial conditions produce very large follow-on behavior.
I don't want to confuse those: My point is that we can make very exact predictions regarding a future state with systems which contain a high number of objects and clearly defined parameters - e.g. a gas in a cylinder. We are also able to make predictions in situations when only one object exist and we carefully excluded all other influences (e.g. supercooling via lasers by Steven Chu).
In the real world, when we can't do so, the different influences (chaotic systems, Heisenberg's uncertainty, statistical means, etc.) add up to world which we can't predict properly.
i think that the course of the universe is set, but it is impossible for any sentience to predict how it will evolve.
if the energy in the universe was contained in a singularity that burst (the "big bang") into existence, then there is a singular cause for all eternity of realities.
the "effects" of that "cause" are diffused with dispersion. at the same time , the nature of the fundaments of the universe become impossible for any mind to know.
it is like a pool ball that gets shot at a triangle of balls. it's impetus is dispersed, and there are many situational realities (of the final resting spots of the balls in the triangles) founded upon that initial strike.
i think that when the initial release from a singularity, of the entire mass of the universe happened, it's energy was pure, and in an astronomically minute amount of time, it was convoluted into quasi matter. the recursion from impossible expressions of energetic evolution rebound to collide with the onslaught of inevitable energy that is emanating from the instant, and the subtention of that energy into ever more convoluted forms of recursion, creates a solid energy sink called "matter".
and the whole universal time line is definitely already mapped in every dimension.
it is however impossible for a thinking mind to discover. no matter how advanced.
any thinking mind is part of the process, and there for is subordinate to it.
i think i should stop talking now as i do not think my post will be understood.
I think i should stop talking now as i do not think my post will be understood.
I do, I do, ... I think!
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Let's try to find a way to verify your idea.
Set the case that your idea is right, we will still see unpredictable results. Set the case that your idea is wrong we will still see unpredictable results.
So your idea is able to verify - quite the opposite (see below).
and the whole universal time line is definitely already mapped in every dimension.
it is however impossible for a thinking mind to discover. no matter how advanced.
When this "sink" happened (I do ignore here the slightly metaphysical wording you use) the formation of the first clusters of matter were ruled by the Heisenberg Certainty Relation. A common theory related the non-homogeneous structure in the universe exactly to this Heisenberg Relation. Therefore the exact formation of the galaxies (and in consequence of the earth and everything on it) was ruled by random processes and therefore not set in any way.
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