This is a great website on the computational side of logic rules in human and artificial intelligence
And of course they apply their method to
poisonous mushrooms.
Growing forms, like
mushrooms, show a complex
morphologic system. Can you recognize these shapes?
Is the human brain complex enough to understand its own complexity? Are we smart enough to understand ourselves? Do these schemes,
schemas, classes identify things in the world, or are they merely useful heuristics that may confuse us later? The
apparent shape of crystals are
classified in a wonderful schema, a schema that is a reflection of the
underlying atomic structure. I hope to have an entry on
x-ray crystallography as soon as I learn it.
What I am suggesting is that the eye was made to fit the world, just as the fish's fin was fit to the sea...[Richard Wilbur]
Should we analyze things based on rules or based on fuzzy logic?
From Maplike Representation of Celestial E-Vector Orientations in the Brain of an Insect. Heinze et al (2007); Science 315: 995. These are some of the central circuits encoding orientation via polarized light signals. The complexity of the celestial polarized light vectors should not be underestimated, either.
