There is nothing to say that a person cannot freely choose a predetermined path. Even in the case of a biological machine-brain, there is nothing to say that a person cannot choose exactly what his brain has been programmed to choose. — FreeEmotion
It gets complicated since God has already decided and has the final say.
— Rich
God, in their minds, does not decide what they will do, at least in the sense that precludes moral responsibility. God could determine actions, but refrains from doing so to preserve creaturely freedom. Again, the compatibilist thinks that moral responsibility and determinism are compatible with each other.
Unrepentant murderers do not go to heaven.
But not too worry, it's better than determinism that has us all killing each other because some gene it's obsessed with surviving.
— Rich
Not all determinists are materialists. And I do not see what this has to do with anything I said. It seems like you are just saying things to try to get a rise out of people — Chany
This is insulting to the religious person, even to the more Calvinistic Christians I know. Some religious folk are compatibilists; they think responsibility holds even if determinism is true. There are those who are free will libertarian as well, so they think that determinism is not true and they effectively choose their fate. Neither believes one can break the laws of their religion and get away with it. They are not fatalists about salvation. A person who murders, cheats, and steals will not go into heaven, even from a Calvinist perspective. — Chany
I think I see what you are getting at. Let's compare life to a maze. To me, I am walking through the maze, constrained by the walls, at the same time making limited choices whether to stop or go on. The exit point is pre-determined, lets' say I have some control over how long I take to get there.
This, to me is determinism + free choice. Compatibilist. This may be an imperfect example, but let's use it for now. — FreeEmotion
I remember learning years ago that the law is just the observed regularity in our observations, and the theory is the explanation for why those regularities occur. So, massive bodies do predictably behave in a certain way, which we can describe mathematically, and we call that description the the law of gravitation. It's nothing like an explanation for why massive bodies behave this way, just a description. General relativity would be a theory that attempts to explain why massive bodies behave the way they do.
Do I have that distinction wrong? Or is there some other way people talk about this now? — Srap Tasmaner
erhaps as one member said, it's as close an approximation to the truth as language will allow. Then I began to wonder if Lao Tze were alive today would his work be accepted in a reputed philosophical journal? If yes, why? If no, why? — TheMadFool
I don't know how to give good definition. — kris22
But that is not what we are talking about here, it is like the question - do parallel universes exist at the point of each possible action? — FreeEmotion
What I meant was that there it was not necessary to imagine a universe devoid of humans but we could do with imagining (hypothizing?) a part of the universe outside the scope of human influence. — FreeEmotion
Also, there is no need to imagine a universe without humans - take a location far away from the earth, even beyond the distance light could travel from the times humans appeared - isn't this area purely mechanical in its operation? Yes, but I then rule out quantum mechanics — FreeEmotion
If Harry Potter exists, then tell me, what size shoes does he wear? — geospiza
The point is just that interactions between systems result in the entanglement of those systems. Observers are not special in this regard. — Andrew M
Since everything is quanta, the above statement it's incorrect.an universe without any human beings or any living things, all events can be said to be strictly deterministic, is this not correct? — FreeEmotion
Isn't quantum physics about randomness? If it is then it sabotages determinism but that still isn't enough to infer free will. After all, we still can't be sure that the quantum randomness is within our control.
So, if you're trying to say free will exists (are you?) based on the above I don't think the argument work — TheMadFool
Free will is does not fight causality/determinism but that partakes in it, allowing us to determine our future one way or another. — TheWillowOfDarkness
F=MA was never designed to describe the quantum scale though. Your objection to F=MA would be like an architect telling an astronomer that the standard candle principle doesn't apply to bridge design. — VagabondSpectre
Harry Potter does not exist, we are told. Harry Potter is a fiction; Harry Potter is our imagination, the thinking goes.
But if Harry Potter does not exist, how are we able to talk about Harry Potter?
Harry Potter does not exist outside of our imaginations? Okay. But that is different than saying that Harry Potter does not exist, period.
Everything exists, right? The question is what form it exists in (as a concrete being; only as an abstraction in our minds; etc.), right?
Or do things categorically not exist? If so, how? — WISDOMfromPO-MO
Are you suggesting that we have no reason to believe that the laws of physics are consistent?
(There's ton's of strong evidence for this actually, namely the fact that science keeps working).
What about quantum mechanics actually undermines determinism or supports free will?
You can replace determined will with random will, but "random" does not equate to "free".
In the face of quantum randomness, we might just propose a non-local hidden variable theory and blame that for our actions anyway...
Judge: "Why did you do it?".
Defendant: "The uncertainty in the the "spin" of a quantum particle made me do it."... — VagabondSpectre
we want our dialogues to be meaningful, we must accept both free will and determinism. — Mariner
The laws of nature, as discovered in science, are inviolable and immutable over time and spac — TheMadFool
However there are also the distinct photon/slit interactions that occur. These constitute "measurements" between the photon and the apparatus independent of observer interaction and so also result in branching. The observed interference effect when we detect the photon on the back screen just is the interference of those branches (which is quantified as the sum of the wave amplitudes from both branches). — Andrew M
They have built a Schrodinger's box, but not one that holds a cat. The before-before experiment relies on taking a measurement, but not revealing the results of it for a time, which requires effectively such a box. Any other QM interpretation seems to require the ability to alter the past to explain that experiment. — noAxioms
Here is the real irony: nothing in the intellectual landscape is maligned and scapegoated more than "postmodernism" (predictably, "postmodernists" and "postmodernism" were even blamed for Donald Trump's victory last November). Yet, while we lament the population's individual and collective lack of critical thinking skills it is postmodern theorists who provide most of an otherwise non-existent body of criticism of a tradition and institution, science, that everybody else seems to blindly submit to. — WISDOMfromPO-MO