06-18-2022, 01:54 PM
This article is remarkable, because it assumes the brain does not act as a computer, and no one can find how or where the brain stores data. https://getpocket.com/explore/item/the-e...ket-newtab
My take is that this approach is very egotistical. I saw no direction to the conjecture - just that past ideas have not borne out. However; I wonder about photographic memory. Reagan had it. Bush 43 had some of it. And Ted Cruz has a variation of that wherein audio memories are stored in much the same aspect. I also see overlaps in the research that has proved there is an electronic physical code that can be played into the human nervous system and directly into the brain that enables the blind to see, and the deaf to hear when lacking the necessary visual and audio nervous system connections to interpret it normally. With the correct coding the blind can see images similar to stadium scoreboards. We don't have all the side-bands yet, but the input produces the sight and sound to be understood. For Cruz to recall every word of what he heard in the past means it is in his brain somewhere, doesn't it?
The best I've heard is that the size of the word (size of the byte) used by the brain is enormous, and that while a computer needs to match words bit by bit to 8, 16, 32, or larger byte-size to use that in algorithms, the brain uses an enormously larger word size, and doesn't need to match perfectly to grab the data to be used. Sort of like using a crossword dictionary with similar words linked, rather than exact word matching like a dictionary or thesaurus.
My take is that this approach is very egotistical. I saw no direction to the conjecture - just that past ideas have not borne out. However; I wonder about photographic memory. Reagan had it. Bush 43 had some of it. And Ted Cruz has a variation of that wherein audio memories are stored in much the same aspect. I also see overlaps in the research that has proved there is an electronic physical code that can be played into the human nervous system and directly into the brain that enables the blind to see, and the deaf to hear when lacking the necessary visual and audio nervous system connections to interpret it normally. With the correct coding the blind can see images similar to stadium scoreboards. We don't have all the side-bands yet, but the input produces the sight and sound to be understood. For Cruz to recall every word of what he heard in the past means it is in his brain somewhere, doesn't it?
The best I've heard is that the size of the word (size of the byte) used by the brain is enormous, and that while a computer needs to match words bit by bit to 8, 16, 32, or larger byte-size to use that in algorithms, the brain uses an enormously larger word size, and doesn't need to match perfectly to grab the data to be used. Sort of like using a crossword dictionary with similar words linked, rather than exact word matching like a dictionary or thesaurus.