> not because it “thinks” but because the way it’s wired it’s inevitable that it will react to a human stimulus in a predefined way
This CPU analogy of yours doesn’t comport very well with the article we’re commenting on, which detailed some specific experiments that show cells are not reacting in a predefined way that is due to their ‘wiring’, contrary to previous and maybe incomplete understanding of how cells work. I don’t know if the RAM analogy helps since the surprise is that non-brain cells do have memory and do cooperate with other non-brain cells to solve certain problems, and these collections of non-brain cells can apparently remember solutions to problems over time. So yes, memory can help with anticipating events, but that really supports the idea that cells are dynamic and doing some non-trivial processing vs the possibly outdated notion that they’re hard-wired and deterministic.
This CPU analogy of yours doesn’t comport very well with the article we’re commenting on, which detailed some specific experiments that show cells are not reacting in a predefined way that is due to their ‘wiring’, contrary to previous and maybe incomplete understanding of how cells work. I don’t know if the RAM analogy helps since the surprise is that non-brain cells do have memory and do cooperate with other non-brain cells to solve certain problems, and these collections of non-brain cells can apparently remember solutions to problems over time. So yes, memory can help with anticipating events, but that really supports the idea that cells are dynamic and doing some non-trivial processing vs the possibly outdated notion that they’re hard-wired and deterministic.