• Biology,  Computing,  Logic,  Mathematics

    Reasoning and Semantic Computation

    Since the advent of computers, it has been widely believed that the human mind is just like a computer. I have previously described why this is a false analogy due to two problems: (1) the problem of meaning, and (2) the problem of choice. I have also discussed the problem of meaning in computing theory in the book Gödel’s Mistake. However, all these critiques are inadequate without an understanding of…

  • Computing,  Logic,  Mathematics,  Philosophy

    Sāńkhya, Reductionism, and New Science

    Many people believe modern science is reductionist and an alternative anti-reductionist science must replace it. This post discusses why Sāńkhya is reductionist—because it reduces everything to only three modes of nature (sattva, rajas, and tamas). It also discusses why Sāńkhya is anti-reductionist—because the first mode of nature in this reductionist theory (sattva) represents the whole, which precedes the contradictory parts (rajas and tamas). Sāńkhya becomes anti-reductionist because the whole precedes the…

  • Logic,  Mathematics,  Philosophy

    The Construction of Semantic Space

    This post discusses how points in a conceptual space are defined differently than in a physical space. The difference is that a physical space defines locations in relation to an origin, whereas a conceptual space defines locations in relation to a boundary. In a physical space, points are constructed through absolute proximity to a single origin. In a conceptual space, points are constructed through their relative distance to two endpoints.…

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