- #176
imiyakawa
- 262
- 1
apeiron, what do you think of posit that when speculating on free will through the explanatory prism of physics, even in a truly random (at the quantum level) universe you cannot have agent self-causation. The posit that the probability distributions of a particular brain state at some future time is actually determined. This is not to deny self organization or self perpetuation of complex adaptive systems. This is to deny a third type of causality until it is demonstrated why such a causality should arise. I don't see dynamical interactive hierarchies as affording this special type of causality divorced from either determinism or randomness, either - although of course I appreciate that chaos eventuates naturally in such systems. I can appreciate the structuring of communicative hierarchies as you explain so well, however I cannot begin to picture an escape hatch from either randomness or determinism (without violating the assumption of causal closure). Can you envisage such an escape route that will provide a mechanism(sic?) for agent self-causation?
This is the view that I was attempting to discuss in the other thread, but it got sorely misunderstood (probably a fault in my attempt at exposition, and the confusion between prediction in principle to actual prediction).
Further, I understand the way that "agent self-causation" seems to be designed to beg the question, and is not useful when looking at the free will issue from a practical perspective. Nevertheless, I find this definition and subsequent formulation of the free will problem an entertaining one to discuss.
Are you saying that IF the universe was a deterministic reality, there is the potential for 'slip ups' as the order of complexity increases? I'm not talking about predictability here. (Also, ThorX specifically said he was assuming determinism, he wasn't saying he thought the universe was determined.) I comprehend your systems view, but I was under the guise that this view agrees that if the universe is in all ways determined then so are the systems, no matter the complexity.
Actually, reading back on your comment it seems you had contention with what you thought was a lack of a disclaimer from ThorX about whether he meant what he was modeling as a hypothetical.
This is the view that I was attempting to discuss in the other thread, but it got sorely misunderstood (probably a fault in my attempt at exposition, and the confusion between prediction in principle to actual prediction).
Further, I understand the way that "agent self-causation" seems to be designed to beg the question, and is not useful when looking at the free will issue from a practical perspective. Nevertheless, I find this definition and subsequent formulation of the free will problem an entertaining one to discuss.
apeiron said:Did I miss the bit where you demonstrated that reality is determined to the extent where brain processes and a wider world of social interactions can all be completely determined in a strict micro-causal fashion?
Are you saying that IF the universe was a deterministic reality, there is the potential for 'slip ups' as the order of complexity increases? I'm not talking about predictability here. (Also, ThorX specifically said he was assuming determinism, he wasn't saying he thought the universe was determined.) I comprehend your systems view, but I was under the guise that this view agrees that if the universe is in all ways determined then so are the systems, no matter the complexity.
Actually, reading back on your comment it seems you had contention with what you thought was a lack of a disclaimer from ThorX about whether he meant what he was modeling as a hypothetical.
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