If you gave humans hyperspectral imaging, I'm not sure brains would construct a ≥4 dimensional color representation.
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Tetrachromacy is a thing. I suspect we can use a convnet model to test the upper bound
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Still pretty sure, there's only finitely many, though. Even if there are lots.
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QM is on your side. The number of dimensions is given by the upper bound of the energy of a photon?
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Space of colors has infinitely many dimensions the same way the pole has infinitely many timezones. Circular logics, ho!
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Not quite. Energy levels do not wrap around etc
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Wavelength is 1D, visual systems decompose the input into 2,3,4... parameters, with diminishing returns.
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Color is a mixture of wavelengths, visual systems decomposes the mixture into components by sampling in n dimensions
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