Jarhyn
Wizard
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- Mar 29, 2010
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- Natural Philosophy, Game Theoretic Ethicist
Quite true. I do my work of defining a will as an algorithm: a series of heuristics and other contingent structures that defines, over a wide range of preconditions (possibly even an infinite or even complete set of preconditions) how the system will decide a future state.Compatibilists claim to be determinists
This sounds very much like DBT's attitude to compatibilists. It implies, rather uncharitably, that compatibilists may not be entirely honest when they "claim" to be determinists.
but the concept of free will must inherently clash with determinism, no matter how hard compatibilists try to define themselves out from under it.
This is straightforwardly wrong.
You, like DBT, start out with the assumption that any conception of 'free will' must necessarily entail a will that is not entirely the product of deterministic influences - this is a common conception but not one that is accepted universally and not compatibilism as it has been defended on this forum (see Marvin Edwards' excellent thread: Compatibilism: What's that About?).
When I say this, this future state can in fact be anywhere, either inside or outside of the system, though usually it does involve changing the outside via a change on the inside.
Freedoms in this paradigm are simply the various mappings of pre-condition to post-condition.
"Free will" however, is a misnomer. This is because a "free will" is not addressing generalized wills' degrees of freedom, but rather that a specific will, "the will that ones wills are the product of autonomous operations", is free.
I discuss this in the compatibilism thread and I would heavily lean on the discussion I made there.
I think the "factorio example" is best here, but it will potentially be obscure for people not familiar with such logistics games -- something I find ironic since I use games to explore metaphysics and philosophy as a branch of game theory, and I think anyone can learn more about group and set theory by examining applications of groups and sets in rich ways.
In the factorio example, you have a "belt", and this belt has two "sides", and if you load something onto the left side of the belt vs the right side of the belt, it stays there. If you were to be making products from two different places, two completely different belt lines feeding in, you could track where it came from simply by looking at which side of the belt it is on.
Instead of imagining these products as something simple, like bits of metal, as in the game, you can instead apply this concept of logistic provenance to something like "wills".
Now imagine the system itself manufactures wills from these wills, that it's wills all the way down, that wills from outside come from the "left side" contributor to the systems input belt, and wills from inside get fed back in on the "right side".
The system can easily and promptly identify a REAL property, the "left/right-ness on the belt" of a will as whether it is "coercive" or "free", and we see these words actually map to where they came from, based on locality... At least in the system of the example.
In maintaining a system's directives within its autonomous function (often merely the directive to continue to exist and "hoard" itself), this exercise has value and meaning, because it allows prioritization of wills that more directly align with such directives.
The system may even have a process of examining "left sided" wills and pulling them rightward, a process you could consider suitably analogous to (possibly identical to) "internalization", the system's claiming of an external will as its own.
Of course this abstraction is only so useful, but it serves as a proof that regulatory control over wills makes sense in a deterministic system.
As a result, people confuse this "special will to prefer one side of the belt" as per the metaphor, as if it were something applying the words more generally.
Clearly we can have a will that biases the system towards autonomous action.
In other applications or usages of the utterance "free will" instead we are asking "is the contingent mechanism such that it not-may-but-SHALL activate unto a post-condition", and these are easy to conflate since most people don't acknowledge this distinction. Instead it might be better to only specifically address such a question pedantically as "is the will free" rather than "do they have free will", and maintaining "free will" to discuss the origination points of wills and whether they are internalized -- the metaphorical "left-ness on the belt"
Of course I discussed this all ad nauseum in the other compatibilism threads, and I don't think there are really any more "elementary" proofs to the correctness of the math I use here.