Your post doesn't make sense to me. I really can't make sense of it. Any of it.
I think you need to rest a little.
Go for a walk, talk to some real people, and perhaps put me on 'ignore'. I'll do the same.
EB
OK so I'm supposed to go for a walk.
Still, it's nice to see how the Steven Pinker you referred to in your post does agree with me:
http://www.amirapress.com/video/t_VQxJi0COTBo
Question: What is free will?
<snip>
We also know that there's a part of the brain that does things like choose what to have for dinner; whether to order chocolate or vanilla ice cream; how to move the next chess people; whether to pick up the paper or put it down. That is very different from your iris closing when I shine a light in your eye.
It's that second kind of behavior -- one that engages vast amounts of the brain, particularly the frontal lobes, that incorporates an enormous amount of information in the causation of the behavior that has some mental model of the world that can predict the consequences of possible behavior and select them on the basis of those consequences. All of those things carve out the realm of behavior that we call free will, which is useful to distinguish from brute involuntary reflexes, but which doesn't necessarily have to involve some mysterious soul.
I think I could almost have said it like that.
![Stick out tongue :p :p](data:image/gif;base64,R0lGODlhAQABAIAAAAAAAP///yH5BAEAAAAALAAAAAABAAEAAAIBRAA7)
EB
OK. Here is my walk. It's not to recover, but rather, it is to fill in for the logical scotoma revealed is certain audience .
Below is a rough narrative of a possible sequence of ability developments that could lead to where modern man is today.
Crick and Koch came to a position that certain structures in the vertebrate brain were necessary for any level of consciousness including the quint notion of bare consciousness. I'll take that bare consciousness thing as my starting point. The minimum structure required by Crick and Koch can be found in the Manta Ray or it's immediate predecessor in brain development. Their notion was that the structures were necessary to tell food from threat from object, A bare level of consciousness.
Somewhat later mating and rearing evolved. As for mating the fighting fish shows evidence of central structures that balance approach behavior from withdrawal behavior which is clearly a primary function of early autonomic NS with it's cholinergic and adrenergic functions. This was mediated inf fighting fish in mating as a approach and withdraw dance attendant to particular color signatures in potential mates.
As vertebrates continued to become more complex succoring and mentoring young as they developed in a social environment. It is at this point where other became more than non threat. It became relevant recognize to those like oneself which required the beginnings of oneself capability development. which lead to more mediating capacities covering seek, avoid, attach, etc.
Even later features in the environment become important leading to such as move stop move stop strategies for processing change in location relative to others for food seeking and for group cohesion among other drivers. Chickens and deer employ more stop methods. Cats, dogs, mice use continuous updating methods to process and use for situation awareness. Long term memory was probably consequent to this.
All the above can be seen as evolutionary steps in consciousness.
Now we come to modern birds, cetaceans, and ungulates through primates all of which have capability to use signalling to communicate beyond alrarm. Probably even some rodents are also in this group given the existence for FOXP2 gene complexes and their capabilities for very fine manipulative and constructive control.
This is my, for this moment, just so rough road map to human consciousness. At no point is there any seer development. It's just increased cerebral control over motive and primitive social substrata along with short term and long term memory and memory access which can be employed just as one can adjust control over approach and withdraw capacities for more nuanced behaviors and social interactions. In parallel one can see the move from automata to variable response to basic demands of being an organism.
One should read the above as a possible line of development. It certainly isn't THE line of development that lead to modern man's ability to plan, design, execute complex and intricate tasks nor exist in complex and changing societies.
The others beyond Crick and Koch to which I referred in my wiki screed are all sources and advocates of such progression through evolutionary history of the feature consciousness.
If, as some suggest, evolution is partly seen as a tendency for increased complexity in organisms then consciousness is just one of those complexities that arose as demand from competition required.
No. I'm not brain dead, no I wasn't tired last night. I got up to feed the cat at 2: AM as is my custum along with my nightly need to take a leak.
My line is that it's not today for philosophers to define consciousness. Today it is for neuroscientists, geneticists, and evolutionists to so define.
Oh sure, there is still the big problem. How does one get from trillions oc synapses the immediate consciousness of the moment? In my view people like JD Haynes, those following on the trail of Crick and Koch, geneticists, neuro-chemists maybe even cognitive neuroscientists are going to get us there quite soon.
About 100 years ago a Social Psychologist at Iowa came up with vector hodology as a tool to describe social behavior in man. The next
Kurt Lewin may at this moment be developing working theory for consciousness