Stimpson J. Cat
Graduate Poster
- Joined
- Sep 20, 2001
- Messages
- 1,949
Q-Source,
Random = non-deterministic.
Deterministic <> Causal.
Causality is a type of determinism. We know that there are acausal events. We do not know, nor do we have any way of knowing, whether they are truly nondeterministic (random), or acausal but still deterministic.
From a mathematical point of view, there is a distinction between acausal and random. From a practical point of view, the distinction is meaningless.
No, I don't. But I do not claim to understand the mathematics involved well enough to say for certain whether such an explanation is, in principle, impossible, or whether we are just unable to conceive of how such an explanation could be possible.
The point is that a causal explanation is impossible, and that until somebody comes up with a deterministic acausal one, we have no choice but to describe these phenomena in terms of random processes. And if a deterministic one truly is impossible, then it is meaningless to distinguish between an acausal but deterministic model, and a random one.
Dr. Stupid
My previous question was referred to this point. I mean, we should distinguish whether or not something IS really random from whether or not it seems to be random or acausal.
You said before that:
quote:
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The Universe is not temporally causal, which is to say that there are events which are not, and cannot, be caused by the conditions prior to the event.
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Here you imply that events CANNOT be caused by prior conditions.
Later, you wrote otherwise regarding Underemployment's post. There he said that Science declares randomness when in fact this is so because we don't know how random events really behave.
Random = non-deterministic.
Deterministic <> Causal.
Causality is a type of determinism. We know that there are acausal events. We do not know, nor do we have any way of knowing, whether they are truly nondeterministic (random), or acausal but still deterministic.
From a mathematical point of view, there is a distinction between acausal and random. From a practical point of view, the distinction is meaningless.
We don't. We just don't conclude that it wasn't random either. We don't know. But until such time as a deterministic explanation is found, our description of the event must be made in terms of randomness.
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Apologies if I seem to be a little bit bitchy, but I cannot get rid of this doubt. When it seems that you have already answered my question, then you come with comments like this one which brings again doubts to my head.
Do you think that a deterministic explanation may exist? Could you elaborate?
No, I don't. But I do not claim to understand the mathematics involved well enough to say for certain whether such an explanation is, in principle, impossible, or whether we are just unable to conceive of how such an explanation could be possible.
The point is that a causal explanation is impossible, and that until somebody comes up with a deterministic acausal one, we have no choice but to describe these phenomena in terms of random processes. And if a deterministic one truly is impossible, then it is meaningless to distinguish between an acausal but deterministic model, and a random one.
Dr. Stupid