That's a very good explanation of why high-dimensional vectors are so useful, but it doesn't seem to have much to do with this post. How many bits is a 500D vec

That's a very good explanation of why high-dimensional vectors are so useful, but it doesn't seem to have much to do with this post. How many bits is a 500D vector? Is it 10,000 bits, like in the post? Which "coding" does it use, real? Is it a memory-centric 10,000-bit hyperdimensional real-coded vector that can be combined with permutation? What benefit does your 500D vector get from the fact that it's holographic, not micro-coded? How do you do gradient descent without backpropagation? None of those words make any sense and that's exactly why this post is being lambasted. Thank you for trying to make sense of it, but just because it's possible to write sensibly about similar topics does not mean this post belongs anywhere but the trash can.