Vociferous
Valued Senior Member
No idea what you're on about.Not sure I understand the / any link
Can you explain please
No idea what you're on about.Not sure I understand the / any link
Can you explain please
They're not.Why is an earlier moment more "fixed" or "actual" in some way than a later moment?
And I stand by that.You've already said that determinism isn't about what we may or may not be capable of knowing.
Ours are, yes, if we ignore anything indeterministic.The laws of physics are time-reversal invariant.
Other than the first moment, if there was one, i.e. the initial conditions, I don't disagree, at least with regard our universe.This means that no moment in time can be causally special relative to any other. It's only our human perception of time that makes earlier moments causative.
.But determinism is simply that "if A causes B then A always causes B".
As soon as you start using generalised sets of specific causes rather than the specific causes then you open the door to probability.
This doesn't mean the system is not deterministic, only that our understanding of the starting condition, while not inherently indeterministic (where it can not even theoretically be known), is insufficient to be able to say with certainty what the outcome will be.
Chaos theory, quantum theory, Heisenburg uncertainty, evolutionary theory, relativity theory, deny that. In theory no "perfection" of knowledge is possible, and it it were it would not allow prediction.Only in as much that in a deterministic system it is the only moment that can not possibly be predicted by that system.
Every other moment can, given knowledge of a prior state and the governing laws.
Already done, several times, for you specifically. One simply disallows the supernatural (clearing the deck), posts a reminder on the computer screen that substrate does not determine pattern, and takes a good long look at the physical realities usually approximated or shorthanded as "cause and effect".So, now that we have resolved that much, are you now going to explain how initial conditions allow for free will in a deterministic system, a system in which everything that occurs is set in stone in those initial conditions?
Baldeee said: ↑
So, now that we have resolved that much, are you now going to explain how initial conditions allow for free will in a deterministic system, a system in which everything that occurs is set in stone in those initial conditions?
Already done, several times, for you specifically. One simply disallows the supernatural (clearing the deck), posts a reminder on the computer screen that substrate does not determine pattern, and takes a good long look at the physical realities usually approximated or shorthanded as "cause and effect".
They are all - all of them - built on probability. That includes human decision making, which determines the reality of everything dependent on voluntary human behaviors. The causes of human behavior include such things as forgotten dreams of forty years ago.
So you have nothing else other than what has been addressed previously, to you specifically, repeatedly?Already done, several times, for you specifically.
Good.They're not.
Given any earlier condition/state, the subsequent condition/states of the system are written in stone and will happen just as certainly as the prior ones have.
Good, so long as we agree that our perceptions or knowledge have no affect on determinism itself.And I stand by that.
Determinism itself isn't about what we are or are not capable of knowing.
But that doesn't mean we can't talk about it in the context of knowledge - and apply it to the situation of knowing.
Good.Ours are, yes, if we ignore anything indeterministic.
What deterministic system doesn't have time-symmetric laws? I was under the impression we weren't just talking about any old hypothetical that bolstered your position.Other than the first moment, if there was one, i.e. the initial conditions, I don't disagree, at least with regard our universe.
But, as stated and exampled, not all deterministic systems are so invariant.
You seem to agree, but then seem to hedge your bets at the last moment. As soon as you clear up that last question, we can proceed.So, now that we have resolved that much, are you now going to explain how initial conditions allow for free will in a deterministic system, a system in which everything that occurs is set in stone in those initial conditions?
Given that you seem to want to agree something that noone has even suggested, I presume you also agree that the price of eggs has no affect on determinism itself?Good, so long as we agree that our perceptions or knowledge have no affect on determinism itself.
I gave an example of a very simple mathematical one: a system where the next answer is the square of the previous.What deterministic system doesn't have time-symmetric laws?
We're not, but I felt there was the need to recognise and remind that while a deterministic universe governed by what we might deem our classical laws might be time-invariant, this does not mean that all deterministic systems are so time-invariant.I was under the impression we weren't just talking about any old hypothetical that bolstered your position.
No hedge-betting on my part, just you continuing to argue red-herrings seemingly to avoid addressing the actual topic of the thread.You seem to agree, but then seem to hedge your bets at the last moment. As soon as you clear up that last question, we can proceed.
And what does that have to do with your stipulated deterministic universe, or the price of tea in China?Given that you seem to want to agree something that noone has even suggested, I presume you also agree that the price of eggs has no affect on determinism itself?
I gave an example of a very simple mathematical one: a system where the next answer is the square of the previous.
You really should be able to say if it's relevant (considering how many things you're so quick to say aren't), rather than hedging in case you need an out.We're not, but I felt there was the need to recognise and remind that while a deterministic universe governed by what we might deem our classical laws might be time-invariant, this does not mean that all deterministic systems are so time-invariant.
Whether this is even relevant to the issue is yet to be seen, but I do find it better to be clear on such things up front.
Quite the opposite. I'm glad you have affirmed no moment is special.If it helps, consider it a throwaway comment that speaks to the wider notion of deterministic systems than just the deterministic universe of our classical physical laws.
Further, as mentioned, it is also seemingly irrelevant (to me at least) whether a deterministic system is time-invariant or not, but presumably it continues your red-herring line of trying to get me to deem particular states as "special".
Then whether time has a beginning or not, there are no initial conditions. Initial conditions rely on some prior moment somehow being especially causative of later moments. But if all moments are as equally set in stone, all of time is a singular effect of whatever ultimate cause of time itself there may be. I will presume a beginning of time, so that time itself is not uncaused (undetermined).We have agreed, even if just for purposes of this discussion, that our classical physical laws are time-invariant.
If you can't accept the explanation for the comment, that's on you.And what does that have to do with your stipulated deterministic universe, or the price of tea in China?
You really should be able to say if it's relevant (considering how many things you're so quick to say aren't), rather than hedging in case you need an out.
I have not said that no moment is special.Quite the opposite. I'm glad you have affirmed no moment is special.
Nonsense.Then whether time has a beginning or not, there are no initial conditions.
But importantly those initial conditions of the system in question are not causally dependent on the system in question.Initial conditions rely on some prior moment somehow being especially causative of later moments.
Excuse me while I yawn waiting for you to actually explain how you think initial conditions are important with regard the matter of freewill.But if all moments are as equally set in stone, all of time is a singular effect of whatever ultimate cause of time itself there may be. I will presume a beginning of time, so that time itself is not uncaused (undetermined).
If all moments are equally as set in stone, there is nothing to differentiate the first from any other, in a causative sense. Now if you want to call the ultimate cause of time itself an initial condition, fine. But that has no bearing on the first moment being special, as every moment is simultaneously realized.I have not said that no moment is special.
In fact I have categorically stated that the initial moment is special.
As per #1062: "Other than the first moment, if there was one, i.e. the initial conditions, I don't disagree, at least with regard our universe."
The subsequent bolding here is by me for emphasis.
You seemed to miss it the first time.
No, a beginning in time is only special if you subscribe to a theory of time in which every moment in time is NOT equally real (set in stone), e.g. growing block universe or presentism. The growing block theory holds that the past and present are real but the future is not, and presentism holds that only the present is real. Neither presume that the future is as equally set as the tenses they deem real. Only eternalism holds that the future is "already there" in any real sense. And if every moment is "already there" from the beginning of time, they are all equally dependent upon the cause of time itself rather than each other.Nonsense.
If time has a beginning, that represents a rather special initial condition with regard a time-invariant system, as it is, among other things, the start of any time-invariance within the system.
After all, one can not meaningfully speak of a process being time-invariant if there is no time.
So for as long as there is time, the system can be said to be time-invariant.
If there is no time, that time-invariance is as meaningless as asking what was before the beginning of time.
Any moment that introduces time would thus be special.
It would also be the initial moment with regard any system that can meaningfully be said to "start".
Like I just said, you're free to call the ultimate cause of time itself the initial condition, but doesn't differentiate the first from any other moment without the justification of a specific theory of time.But importantly those initial conditions of the system in question are not causally dependent on the system in question.
The universe, the deterministic system, is the effect.
If those initial conditions are the start of time, then to state that the start of time relies on some "prior" (i.e. temporally earlier) moment is nonsense.
Excuse me while I yawn waiting for you to actually explain how you think initial conditions are important with regard the matter of freewill.
Aw, didn't mean to talk over your head. Maybe you're completely unfamiliar with the various theories of time.As stated, excuse me while I yawn through your irrelevant post.
Are you actually going to explain how you think the initial conditions are important with regard the matter of freewill?
Or are you just intending to continue to evade the issue entirely?
Your choice.
But I only have so much time to waste.
Oh, good grief.Aw, didn't mean to talk over your head. Maybe you're completely unfamiliar with the various theories of time.
But I'm guessing your sudden lack of interest, after all this time, is really due to you seeing an effective argument coming and seeking to preemptively beg off.
It excludes the possibility of supernatural freedom of will.So, again, for the umpteenth time: what is the importance of the initial conditions of a deterministic system with regard the question of free will?
The evolution of self determination ( learned ) and the freedom that entails with in a closed system as described, is totally dependent on those starting conditions.So, again, for the umpteenth time: what is the importance of the initial conditions of a deterministic system with regard the question of free will?