--- In Wittrs@xxxxxxxxxxxxxxx, "SWM" <SWMirsky@...> wrote: > > I have the same experience reading Fodor. > He's very esoteric. On the other hand I find > Dennett pretty easy to grasp and Searle, ... Fodor requires a bit more philosophical background, Dennett writes at least half for the layman at all times. Dennett is an outstanding writer, Fodor is merely very good. Fodor, I think tries, for better or worse, to grapple with details, Dennett is more about frameworks. > But Fodor just gets my head spinning. > I wonder if he is more like Edelman here than Hawkins? I don't think either of those are in the game. > > Certainly he's a physicalist in that physical brain state > > corresponds with meaning, but just what that means (!) is not > > necessarily clear, in regards to balancing "methodological solipsism" and > > correspondence with distal objects. > > Yes, not at all clear. The mental language is > presumably some corresponding set of processes Wow there cowboy, slow it down. Is a language a process? Is English a process? > that underlie each and every distinct thought > we have Does the print on a page "underlie" the content of the book? > and which somehow get translated into the > language(s) we actually speak to one another > and think in. Speak, yes. But the idea of an LOT is that it *is* the language we think in. *I*, but NOT Fodor, think that the LOT is not only the language we think in, it IS the thought itself. Yes, "your thoughts are written in the brain like writing on the page", that is the sentence that everyone tries to disclaim before launching into endless rantings about "thoughts" and "concepts". Except me. I embrace the demon. > What kind of "language" must such > a mental language be? It is quite clear that the advent of the digital electronic computer was the motivation for modern theories like Chomsky's and Fodor's. Any language should be physically realizable by a TM, and any language that can be realized by a TM can be emulated by a UTM, of which you are reading this on one now. So, it doesn't really matter exactly what it is like, it will be highly intertranslatable. It will be interesting to find out, after all, exactly what it is like, but only for practical reasons, there is nothing theoretical riding on it at all. > How do we discover it, recognize it when we see it, > distinguish it from other brain processes, etc.? Compsci 101, intro to programming Compsci 201, turing machines and automata compsci 202, neural networks Compsci 301, compilers Compsci 401, operating systems Compsci 501, computational linguistics Knowing it when you see it, is indeed the question. It seems likely the brain's physical organization will be more like the "neural networks", which are a bit harder to recognize in action, and a bit harder to translate back to linear, symbolic forms. But we *do* speak and hear linear language, so there should be paths to follow, as we develop better instrumentation. > I'm skeptical of this approach. There is no other. Fodor has always said that, and I have always agreed. Josh ========================================= Need Something? Check here: http://ludwig.squarespace.com/wittrslinks/