
So if, as the man said, you can't get there from here, how did we all get here from there?
Or, subtitled, Free Will Doesn't Come Cheap
But hopefully we've come to the point where we understand that whether or not the universe be unfailingly deterministic in nature, we and all other organisms are programmed to assume that actions are necessary to fulfill whatever has or has not yet been determined as to their consequences.
Yet there remain those who would argue that regardless of nature's initial programming, biological entities may themselves be programmed to be less than free in their responses - most if not all actions being chosen for them by the confluence of their genetically determined responsiveness and the circumstances that require them. Which would seem to come down to questions of the relative degree of freedom that organisms are under the illusion they are able to operate from. Seems a bit silly when looked at that way, but there it seems to be.
So I choose to forge ahead with some of the inference I've drawn from this mishmash of willfulness or willful-less in any case. And to re-use some of the commentary I had occasion to make elsewhere on the cybernet in response to some of this silliness.
Part of the confusion here is reflected in one respectable writer's comment that people may associate free will with randomness because they think (or want) free actions to be unpredictable. But he added that unpredictability does not require indeterminism - deterministic events can be “random” in the sense that they are not explicable in terms of predictable patterns of events.
But in my view this is just more philosobabble, because it's not about people wanting their actions to be unpredictable, it's about people worrying that their actions aren't predictable by virtue of their own choice! We want to know we have the freedom to predict with some accuracy. We want in other words the right to determine to at least some degree the nature of our own futures, if only for our own protection. And the other side of this coin is that we want the freedom to make such actions unpredictable by others if we so choose to exercise that form of will. And not only do we want nature to have given us that right, we want the freedom to use it in comparative abundance. And it may just be this "wantedness" that has effectively driven the evolution of our intelligence, or all forms of intelligence for that matter.
I responded publicly to other writings, such as some regarding "self-theories in the construction of free-will." These proposed that differences in our dealings with responsibility for our acts were essentially between the "fixed" traits of entity theorists (who tend to respond to difficulty by relinquishing agency) and "malleable" or dynamic traits of incremental theorists (who tend to react by reasserting their agency).
About which I wrote that some of the so-called fixed traits may only be "fixed" with regard to the upper levels of abstractive reasoning available. Which will then affect the self-confidence required to assert power over events that those with lesser abilities may not develop.
All of this based as well on heritable personality behaviors that (fixed or otherwise) reflect strategic approaches to anticipated events on a dominance hierarchy scale - and that also mesh with a continuum scale of competition versus cooperative strategic preferences (or partially heritable skill sets).
Well it was a response on my part that seemed like a good idea at the time.
I went on to say that rather than self-theorists, perhaps they could simply be referred to as self-strategists. Because behavioral traits can be at once both fixed and malleable - the differences in degree involving a variety of determinant circumstances.
And these same writers also talk about the traits stemming from theoretical beliefs, rather than vice versa. The beliefs in turn often self-chosen, relative to free will and deterministic conceptions.
But I'd argue the reverse: that the "theories" in question are more likely determined and or generated by the initial extent of flexibility in the individual array of heritable traits.
And if (as they might still argue) there's cognitive construction of belief involved independent from this element of causation, I'd argue that a prominent factor in this would be the effect of the cultural environment in which one's otherwise internal strategies were operative.
In other words a deterministically religious society develops a range of predictive behaviors consistently different from those found in a society that stresses freedom of thought and action, yet the individual dominance hierarchy strategies can still prevail.
Further, while it has seemed that our instinctive analytical functions are predicated on nature being essentially deterministic in its purposes, I'd argue that our predictive apparatus works from the premise that nature's purposes are more determinate and decisive. In other words the cognitive concept of predetermination (that has to have been a more recent construct) was not likely a mechanical element of life's initial predictive mechanisms.
Accordingly on one forum I wrote as follows:
"We unconsciously assume that nature has a plan, as well as that nature's actions are not only intentional but can be at times directed toward us in particular - and that these intentions in general are evidence of the particular plan that nature has made or has had made for it. So it's not that we feel events are predetermined so much as we feel events are part of nature's planning.
The difference here is this - that we feel ourselves as part of this process, in which we are expected to react to nature's probes in ways that will then allow or even require nature to revise its plans for us (either collectively or as individuals) accordingly."
So that with respect to our approaches to the "free will" problem, the differences seem to lie in the various ways we have learned to interpret nature's apparent (yet ultimately illusory) intentions. And thus to someone who felt that "lesser" animals didn't concern themselves with determinative forces in choosing their actions, I responded as follows:
"Yes, but to the extent that any animal can be said to have a rational component to its cognitive system, its emotional brain will turn to that component for "predictive" assistance - and to the extent that "rational" analysis turns to the functional culture from which it derives its 'learning,' the determinative nature of that culture will have an effect on the emotions. And these emotions, as the final arbiter of choice and action, will in some sense have taken the measure of its "freedom" into account.
And there are different varieties of "determinative" algorithms operating in any biological system that direct interaction among individual entities as a "cultural" force. Quorum sensing for example is to some extent "taught" by the particular bacterial culture extant to its group survival."
Asked for clarification of the "yes, but" proviso, I posted:
"Basically I'm arguing that the freedom each individual or group of individuals has to make decisions, consciously or just through some primordial sense of awareness, is limited by the scope of optional choices available to it through both its heritable strategies and those learned through the immediacy of its experiences.
So when I said "but," that was in reference to what I regard as fact that all life forms have considerations that equate to "freedom of will" to take action built into their functional apparatus, whether they can in any sense conceive of the nature of choice and freedom or not. And this is not limited to what we regard as brained animals. Some or perhaps most single celled organisms have no discernible "brain" area, yet calculate, learn and choose - such learning as a group being necessary for acquiring resistance to antibiotics as one example. (And I also subscribe to the theory that all life forms react as if nature's forces were potentially aimed at them, the purposes for which the organism had fashioned its programming to be wary of.)"
I might add that all of these organisms, including ourselves, tend to operate as if they are a part of whatever plan nature is operating from at that moment. However, it's likely only the humans that contemplate whether we can willfully change the plan counter to whatever "will" we conceive to be the extension of some natural purpose."
And that's how on this day I got from there to here, burning all bridges in my wake.
Evolution By Everyone
Interesting exchange with Dr. David Sloan Wilson at his blog, Evolution for Everyone
http://scienceblogs.com/evolution/2011/05/whats_evolution_got_to_do_with_1.php
The following is slightly redacted, but hopefully not too far out of context:
On the subject of the function of traits, Dr. Wilson had commented that, "Not all traits are adaptive; they can be a product of drift, a byproduct of other traits, or adaptive in the past but not the present."
I commented: But that's the point, at some time in the evolutionary past, all traits were strategically successful behaviors somewhere. The question being, did these organisms then generate their strategies from experience, or if you are to continue arguing that they didn't, what was it that so magically produced them? Or did these first forms somehow cause their functions (as you seem to suggest) and functions somehow caused their strategies in turn?
Dr. Wilson was kind enough to answer: "I have difficulty understanding what you are driving at. If we restrict ourselves to adaptations that evolve by natural selection, it's true that they are strategically successful by definition, but this begs the question of how they evolved in the total population (e.g., by within-group vs. between-group selection, natural vs. sexual selection). If we consider the non-adaptive side of the evolutionary coin, then your statement "all traits in the end evolve from strategically successful behaviors" appears to be just plain wrong. Can you clarify what you are driving at, including what you think I am trying to hide from?"
["Hiding from" was an echo of something he'd said earlier, but I noted it was with reference to the new work being done under the headings of adaptive mutation, or self-engineering, or facilitated variation, or anticipatory systems, etc.]
I then left this answer for the record:
"OK, I'll summarize some of what is being discovered as succinctly as I can without making it an argument:
The cells that retain the memory of an experience then pass on that memory to those they have been divided into. Inheritance of acquired memories of experience, no? And many generations appear to be affected - and the effects of this experience can't be completely erased from the genome if the experience itself is replicated or repeated in a particular environment. And this seems one of the ways that cells evolve to anticipate and deal strategically with a multitude of problems.
Because it seems to be the present case with most social species that their form of culture is a preserver of learned strategies, some of which by reason of their effectiveness will become instinctive, and our earliest life forms may have started that instinctive process by passing the memories of learning directly through cell division. While later on when sexual selection and the like evolved, the mechanism for passing on what would be needed as socially instructive was a "culture" that required its lessons taught at least by example - and thus evolved our methods of communication for sharing memories that was more efficient then cell memory copying, especially as that original method of procreation did not apply all that well to multi cellular organisms.
Which leads one, or at least me, to opine that all evolution from the getgo was and had to have been a social/cultural phenomenon. Learning creates strategies which create forms to fit, which gain experience that strategies adapt to, and through cultural sharing by example or advances in communication, spread the impetus for readaptation throughout the groups accordingly.
Cultures assist in the heritability of acquired characteristics: Cultures provide the platform for their strategic development and purpose, and in addition help "spread the word" that accelerates the acquisition of these strategies "instinctively."
Strategy is the function of intelligence. The form alone has no intelligence. It can't choose, even though it's a cause of choice. The function chooses form and/or chooses how it will be caused to adapt.
There's more of course, but cutting to the chase, I don't think there is a non-adaptive side of the evolutionary coin and that indeed it's more than possible that "all traits in the end evolve from strategically successful behaviors. Posted by: Roy Niles | June 1, 2011 4:43 PM "
If I get an interesting response I'll post it here. Unless I get blown out of the water, in which case I'll deep six this whole posting.
**
Ok, I got a response from Dr. Wilson that, "This is cool stuff." However, "I think it is too extreme to say that all aspects of evolution are anticipatory. Good old fashioned Mendelian genetics still accounts for a lot."
And I said, "But having an anticipatory function doesn't negate the utility or purpose of these other processes. We, in short, anticipate the accidents of nature - without the one we wouldn't need or have the other."