States of the brain represent states of the world. But at least some of the mind–brain’s internal representations, such as a sensation of heat or a sensation of red, do not resemble the external realities that they represent: mean kinetic energy (temperature) or electromagnetic reflectance (colour). The historical response has been to distinguish between objectively real properties, such as shape and motion, and subjective properties, such as heat and colour. However, this approach leads to trouble. A challenge for cognitive neurobiology is to characterize, in general terms, the relationship between brain models and the world. We propose that brains develop high-dimensional maps, the internal distance relationships of which correspond to the similarity relationships that constitute the categorical structure of the world.
"... Both of them saw their work in a certain philosophical context. They were both strong realists: Einstein in physics, and obviously Godel in mathematics. That philosophical perspective put them at odds with many of their scientific peers..."Well, mathematical realism (aka Platonism) and scientific realism are not quite the same thing. They are not related. Mathematical realism is a species of idealism, whereas scientific realism is strictly a (mutated) nephew of logical positivism, the antithesis of Platonism as explicitly mentioned by Goldstein herself in the linked article when she discusses Godel's differences with the Vienna circle. It's probably true furthermore, that calling Einstein a "realist" oversimplifies his somewhat eclectic and idiosyncratic philosophy of science. So the parallelism fails completely.
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posted by Rothko at 11:31 AM on July 29, 2005