Kajahtava said:
Well, fair in that, but the topic was not about explaining why ethics take place, it was about a scientific model that can demonstrate which ethics should take place.
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Which has been answered. Ethics is plainly derived from a dynamical system's need to persist. Codes of behaviour are what ensure group survival. Dissipative structure theory is the way to understand persistent complex systems in science.
Kajahtava said:
If I say that the symbol 'cat' means 'Three white monkeys', and you say' No it doesn't, it refers to a mammal with the scientific name felix cattus familiaris that was was domesticated when ...', the only thing you can say is that I'm wrong, because you're right.
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This in not how semioticians would view matters. Meanings cannot be arbitrary in the self-organising systems view. Arbitrary meanings assigned to reality would not enjoy persistent stability. Only the useful distinctions would survive.
So yes, and the local scale of discussion you have chosen, either meaning asigned to cat would seem equal on face value. But like any random genetic (or memetic) experiment, over time and scale, one choice would be weeded out, the other strengthened.
Or in information theoretic terms, one meaning would be negentropic, the others (such as three white monkeys and any other dictionary assortment of terms) would be noise.
Kajahtava said:
Oh sure, as long as you can let one concede that order and functionality are desirable, you can let some recognise the implication that thus a certain ethic follows from that..
Self-organisation in systems is not about what is desirable (implying some local choice) but what is globally inevitable. Functionality is an inevitable feature of a system that persists. The dysfunctional, by definition, fall by the way side.
Kajahtava said:
Well, 'stable' in this sense is completely different from the physical sense. I mean, to psychiatry again, they call it 'chemical imbalance', but it's really not more or less 'balanced', then any other brain chemistry if we speak in chemical terms.
Both are mainly politically loaded terms were stable/balanced means 'good', which is of course quite circular in itself.
Stable is not the goal, but equilbrium would be the inevitable hallmark of a dynamic system that persists.
Systems theorists would also recognise that what is actually functional in such a system is stability~plasticity. In terms of the human brain and neural network models of the brain, the issue is how can a system learn (change) without changing too much (forgetting, erasing).
This open or dynamic equilbrium balancing act has also been popularised as criticality or the edge of chaos. So stability~plasticity is becoming a mathematically well defined concept in science.
This connects to the conversation on autism and perceptual integration. The perceptual world must be chunked into experiences (like I see that cat). And there is an active balance between the novel and the habitual response, between the perceptual differentiations and integrations.
Neurochemistry is part of the story. Dopamine promotes endogenous focus, norepinephrine promotes exogenous vigilance. So the brain has a general balancing act, and then tuning knobs to fine-tune mental state between inner and outer focus, narrow and broad focus.
Societies too must be tuned to "balanced" responses to their environments. So it is a danger to be under-reactive, but also over-reactive. Which again would be a scientific view playing back into any discussion of ethics.
What is right and good in a slow changing world may become mal-adaptive in a fast changing one.
But you cannot even begin to have these kinds of ethical dicussions unless you have studied the science involved. Which is why all interesting modern philosophy arises out of strong science.