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Insofar as grieving is an inherently, fundamentally a very particular chemical process, the answer is a resounding “no”.
by sssilver 13d ago
Insofar as grieving is an inherently, fundamentally a very particular chemical process, the answer is a resounding “no”.
- Ma8ee 13d agoIf you simulate that chemical process in a computer, if necessary a quantum computer?
- fennecbutt 13d agoYou don't even need quantum imo. On a personal meatbag level emotions are magical and something ineffable. From a scientific stance, chemical make brain go happy or sad and there's nothing special or magical about that. Every emotion we feel is because it was evolutionarily valuable for us to do so.
- throwaway173738 13d agoThis is too mechanistic. You also choose which emotions to pay attention to.
- pixl97 13d agoThis is too simple in itself. When your afraid you can choose to ignore the fear, but you are still afraid and it has physical effects that can be measured. There is at least a trinary state of possible outcomes and as the situation space becomes more complex and solutions drift apart on all 3.
- sssilver 13d agoThen, logically speaking, you get a simulation of griefing.
- Ma8ee 12d agoAnd in what lies the difference?
- fennecbutt 13d agoThat's a very closed definition of grieving. So by your definition a future perfectly simulated human brain cannot grieve because no chemicals are involved? Lmao.
- icantevenhold 13d agoWhether anything a perfectly simulated human brain (or other organism see the fruit fly simulated brain) does is actually real - in the same sense it’s real for you and me - is still up for debate i think. Assuming it’s possible to perfectly simulate a human brain
- sssilver 13d agoA “perfect simulation” is no longer a simulation. The definition of the word “simulation” is: > A simulation is the artificial imitation of a real-world process, system, or event using a model As we know, “all models are wrong; some models are useful”. A “perfect simulation” is, then, an oxymoron.