Isn't that oddly passive? A bit like puzzling over how the Philips Head driver just happens to fit a Philips head screw. We use language so that we can talk about the world. If it didn't work, we would use a different language.Why would our language/logic correspond to the world? — schopenhauer1
"The cat is on the mat" and 1) the idea of a cat on a mat, and/or 2) the fact of an actual cat on a mat, it's still puzzling, from a certain angle, why we can rely on language to make reliable connections of this sort. — J
there are language/mathematical/logical communities that DO special things. For example, the conventional math-languages used in the sciences and engineering DO solve problems of a much more complex nature than the problems that other language games solve. It creates predictive models for which other language games do not have the ability to predict. How can this language game be so useful compared with others, in mining complexity in natural phenomena and in secondarily creating synthetic technologies from those original mined complexities?
And here we can say there is perhaps a realism to the complexities of these special language-games. Perhaps a realism that is above and beyond mere forms of life only. Contingency would imply caprice- that the efficacy would work as well as any other convention.
Perhaps these complexities, or what I call "patterns", are part of a bigger picture of explanation. Language-games may be true (pace Wittgenstein), but some language-games are based in a realism of necessary pattern-recognition that is necessary by way of evolutionary necessity. Animals that do not recognize patterns, would not survive. Thus there is a realism underlying the conventionalism or nominalism of Wittgenstein's project.
However, I was trying to map his picture of human reality with other metaphysical and epistemological conceptions- namely realism, contingency, and necessity. One can construe Witt's metaphysics of these language-games to be be in purely nominalist or conventionalist terms. However, there may be some inherent, universal aspects to them which can characterize them to be necessary. It is necessary that humans inference, for example. It can be argued that general inferencing (this story/this phenomena/this observation is a specific or general case of X... This general case of X can be applied to specific cases of Y) may be a necessary human capability, dictated by evolutionary forces. In other words, in theory, any mode of survival is possible, in reality, evolution only allows certain modes of survival to actually continue. One such mode of survival, is inferencing. Since humans have no other recourse in terms of built-in instincts beyond very basic reflexes- our general processing minds, must recognize the very patterns of nature (through inferencing, and ratcheted with trial-and-error problem-solving, and cultural accumulated knowledge) which other animals exploit via instinctual models and lower-order learning behaviors/problem-solving skills.
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He is moving from primitive inferencing- something that is universal and even tribal cultures utilize, to Logic (capital "L") as conventionalized by Greek/Western contingent historical circumstances. Inferencing + cultural contingencies of the Greek city-states + further contingencies of history led to our current conventions of logic. So it is a mix of taking an already universal trait and then exposing it to the contingencies of civilizations that mined it thoroughly and saw use for it.
However, that's not all. ONCE these contingently ratchted inferencing techniques were applied to natural phenomena, we found not only that the conventions worked internally in its own language-game, but that it did something more than mere usefulness to human survival/language-game-following. It actually mapped out predictions and concepts in the world that worked. New techniques now harnessed natural forces and patterns to technological use, far beyond what came before. Math-based empirical knowledge "found" something "about the world" that was cashed out in technology and accurate predictive models. This is then something else- not just conventionalized language games. This particular language-game did something different than other language games.
My own conclusions from this is that the inferencing pattern-seeking we employ as a species, to survive more-or-less tribally and at the least communally, by way of contingency, hit upon real metaphysical patterns of nature. Thus my statement in another thread that while other animals follow patterns of nature, humans primarily recognize patterns of nature in order to survive.
Isn't that oddly passive? A bit like puzzling over how the Philips Head driver just happens to fit a Philips head screw. We use language so that we can talk about the world. If it didn't work, we would use a different language. — Banno
But when language enters the picture, we get a series of explanations that all involve the sun doing things like rising and falling. While this is accurate pattern recognition, it happens to be untrue. So . . . what is it that allows language to move beyond mere phenomena, and strive for a truth that is observer-independent? — J
He is moving from primitive inferencing- something that is universal and even tribal cultures utilize, to Logic (capital "L") as conventionalized by Greek/Western contingent historical circumstances. Inferencing + cultural contingencies of the Greek city-states + further contingencies of history led to our current conventions of logic. So it is a mix of taking an already universal trait and then exposing it to the contingencies of civilizations that mined it thoroughly and saw use for it.
However, that's not all. ONCE these contingently ratchted inferencing techniques were applied to natural phenomena, we found not only that the conventions worked internally in its own language-game, but that it did something more than mere usefulness to human survival/language-game-following. It actually mapped out predictions and concepts in the world that worked. New techniques now harnessed natural forces and patterns to technological use, far beyond what came before. Math-based empirical knowledge "found" something "about the world" that was cashed out in technology and accurate predictive models. This is then something else- not just conventionalized language games. This particular language-game did something different than other language games.
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