Consul wrote: ↑July 21st, 2021, 8:19 pm
Sy Borg wrote: ↑July 20th, 2021, 6:33 pm
There is nothing to be gained for plants by treating them like animals.
https://www.abc.net.au/news/science/202 ... /100292422
Here we can see the absurdity of scientists debating whether fish, cephalopods and crustaceans are conscious and can feel pain, when it is incredibly obvious that they do. Even before these animals were known to have nonireceptors, it was incredibly obvious. Experiments displaying reflex responses even after a fish has parts of its brain removed are hopelessly naive. The entire point of reflexes is to bypass the brain so, yes, the fish will still twitch, even after brain mutilation.
I despair for the immediate future - it seems impossible for logic to cut through in any given field. Vested interests always defeat logic and ethics in today's public sphere.
The term "nociception" refers to the neural processes of encoding and processing noxious stimuli, and the question is whether pain perception and pain behavior necessarily include subjective feelings of pain. Noxious stimuli are harmful to an organism, but isn't it possible for an organism to perceive and react to what is harmful to it without feeling any pain? When an animal is exposed to a noxious stimulus and displays avoidance behavior, is this behavior impossible without a subjective pain experience?
I am not sure that it's possible for stimuli to induce a strong response without an accompanying experience, though not necessarily pain. Probably not pain as we know it. But there may well be some subjective experience happening.
Consul wrote: ↑July 21st, 2021, 8:19 pmIs it impossible for there to be AI zombie agents which can evaluate stimuli in terms of "bad for me" and react accordingly so as to avoid getting harmed or destroyed?
AI can replicate numerous features of life, including passing as human on the phone.
At this stage, though, AI - even with its terabytes of computational power - is vastly simpler than life. Even a bacterial colony would be orders of magnitude more complex and efficiently integrated than any AI, the legacy of billions of years of evolution.
https://www.newscientist.com/article/dn ... omplexity/
The old cliché still rings true - the more you know, the more you don't know. If I was to characterise humanity's explorations of nature in two words it would be, "unexpected complexity". We keep thinking we have phenomena nailed down, and then we find out there was more to know. The more we find out about anything in nature, the more we open up new avenues of learning about it.
So bacterial behaviours can be copied visually, based on our simplified notion of what bacteria do, just as human behaviour can be copied aurally. Neither case comes close to capturing the subjective depth of the real thing.
For now :)