The mind and mental processes @apokrisis
As you suggested, I am reading "The User Illusion." I'll let you know what I think. In the interim, I've just finished reading "A Standard Model of the Mind: Toward a Common Computational Framework Across Artificial Intelligence, Cognitive Science, Neuroscience, and Robotics," included in AI Magazine from 2017. Are you familiar with it? Here's a link:
https://ojs.aaai.org/index.php/aimagazine/article/view/2744
The article covers cognition in a way that seems consistent with the way you have been describing it. It is clear, well-written, and interesting. I had never thought about thinking in that way before. I don't want to get into any kind of in-depth discussion now since I don't understand it well enough, but I think I understand the overall approach reasonably well. I have some preliminary thoughts:
I think calling it a "standard model" with a specific reference to the standard model in physics is a mistake. Not because it is necessarily inaccurate, but because it is presumptuous. It seems to somehow claim that cognitive science is established at the same level as particle physics. I think that will undermine the credibility of the approach to people outside the field. I recognize that is not a substantive criticism.
The model presented in the article is in no way set up as an alternative to or in contradiction with any other way of looking at mind. It was just a straightforward presentation. That increased it's credibility for me.
The kind of approach described in the article seems to me to be at a different hierarchical level of organization that that described by Pinker. It focuses on processing rather than human behavior. That's not a criticism. I had never considered the structure of how exactly brain activity becomes the mind. It was eye-opening. Because the approach was at a different level than that described in Pinker, I don't see any obvious contradiction, although the article did say:
...the programs and data are ultimately intended to be acquired automatically from experience — that is, learned — rather than programmed, aside from possibly a limited set of innate programs. Cognitive architectures thus induce languages, just as do computer architectures, but they are languages geared toward yielding learnable intelligent behavior, in the form of knowledge and skills.
And:
In simple terms, the hypothesis is that intelligent behavior arises from a combination of an implementation of a cognitive architecture plus knowledge and skills. Processing at the higher levels then amounts to sequences of these interactions over time. Even complex cognitive capabilities — such as natural language processing... and planning — are hypothesized to be constructed in such a fashion, rather than existing as distinct modules at higher levels.
Beyond that, the article had very little to say about language.
Anyway, really interesting. As I said, I don't think it will be fruitful to go into a lot more detail. I have more reading to do. I would like to know if this article does match the approach you have been presenting.