it seems logically impossible that nerve signals can generate a subjective observer while at the same time enabling that self to have its own distinct powers. — lorenzo sleakes
I propose that the brain only generates the content of consciousness and not the self that binds it into a whole. The visual processing center for instance generates visual perceptions and thoughts. But the conscious self, that private world that binds the sensations into a simple unity, has a more permanent status and is not generated by the pattern of nerve signals — lorenzo sleakes
Instead the mental subject comes from an already conscious nerve cell from which it splits off to become what Lebiniz called the dominant monad. The conscious self then is an atomic unity evolving from other conscious natural beings in a panpsychist universe and as such can have real causal powers. — lorenzo sleakes
How is that the brain generates the private subjective world of the self and then for what purpose? it seems logically impossible that nerve signals can generate a subjective observer while at the same time enabling that self to have its own distinct powers. It appears to be a useless appendage. — lorenzo sleakes
The subjective world of the self is a property of brains. It's not something different than brains that is generated for some purpose. It's what brains are like/it's simply qualities brains have. It's what those materials, in those structures, undergoing those processes, are like. It's not something separate from that. — Terrapin Station
however chemical properties are not explicable in terms of the laws of physics. — Pantagruel
I propose that the brain only generates the content of consciousness and not the self that binds it into a whole. The visual processing center for instance generates visual perceptions and thoughts. But the conscious self, that private world that binds the sensations into a simple unity, has a more permanent status and is not generated by the pattern of nerve signals. Instead the mental subject comes from an already conscious nerve cell from which it splits off to become what Lebiniz called the dominant monad. — lorenzo sleakes
It's what those materials, in those structures, undergoing those processes, are like. It's not something separate from that. — Terrapin Station
We will now address the deepest and most interesting variant of the Neural Binding Problem, the phenomenal unity of perception. There are intractable problems in all branches of science; for Neuroscience a major one is the mystery of subjective personal experience. This is one instance of the famous mind–body problem (Chalmers 1996) concerning the relation of our subjective experience (aka qualia) to neural function. Different visual features (color, size, shape, motion, etc.) are computed by largely distinct neural circuits, but we experience an integrated whole. This is closely related to the problem known as the illusion of a stable visual world (Martinez-Conde et al. 2008).
We normally make about three saccades [rapid movement of the eye between fixing points] per second and detailed vision is possible only for about 1 degree at the fovea (cf. Figure 1). These facts will be important when we consider the version of the Visual Feature-Binding NBP in next section. There is now overwhelming biological and behavioral evidence that the brain contains no stable, high-resolution, full field representation of a visual scene, even though that is what we subjectively experience (Martinez-Conde et al. 2008). The structure of the primate visual system has been mapped in detail (Kaas and Collins 2003) and there is no area that could encode this detailed information. The subjective experience is thus inconsistent with the neural circuitry. Closely related problems include change- (Simons and Rensink 2005) and inattentional-blindness (Mack 2003), and the subjective unity of perception arising from activity in many separate brain areas (Fries 2009; Engel and Singer 2001).
This is intuitively plausible but could do with more elaboration and argument, if you have time. Can you explain further what you mean? — bert1
How is that the brain generates the private subjective world of the self and then for what purpose? — lorenzo sleakes
The brains of people in comma remain despite having lost consciousness... — Alan
So, I guess you're just explaining this to yourself and not the OP, right? — Alan
Where's consciousness generated, then? — Alan
How can you prove you have been around that long? How can you prove you have been everywhere? — Alan
How is that the brain generates the private subjective world of the self and then for what purpose?
it seems logically impossible that nerve signals can generate a subjective observer while at the same time enabling that self to have its own distinct powers. — lorenzo sleakes
The purpose of sentience or consciousness is so our brain can learn, which is how we "make choices". In other words, the purpose is so we can have "free will". — Zelebg
I think you are wrong about that. You certainly do not need sentience or consciousness to learn good enough "make choices". I assume you know better than that, so please better articulate what you mean, esp. wrt have "free will", which would only seem to require the agent (e.g., robot) to have control of the direction of its own program (easy to code that!).
To learn by imagining, that is mental / virtual experience in advance, — Zelebg
free will should really mean actions are determined autonomously, that is mostly by personal identity or character, — Zelebg
in a previous reply to discount me saying that we cannot imagine infinity you said that was b/c "Well as we are talking about what can be imagined, not experienced, it seems you can imagine infinity.", but now you say imagination is almost synonymous w/ virtual experience in re 'To learn by imagining, that is mental / virtual experience in advance'. I strongly suspect you are confounding distinctly separate and different human faculties into one, which has you flip-flopping on definitions.
OK, so I make a robot that evolves its own personality, goals, and decision making by way of a genetic algorithm, and then have it makes its own final action decisions based on its personal/unique personality, and goals, and, in part, on a random number generator to help bias it to action when split decisions are experienced (likely not too different than what most humans do). So, according to your definition, have I not invented/created a robot which has 'free will'?
It looks like you mixed me with someone, — Zelebg
Yes, that is free will, program does what program wants — Zelebg
So, according to your definition, have I not invented/created a robot which has 'free will'? — Sir Philo Sophia
So the essence of the problem is really, or should be, about defining what is a ‘person’ or 'self', rather than with the determinism per se. — Zelebg
The — Zelebg
It looks like another hint our ‘selves’ are virtual entities, virtual characters like in computer games. Living in a simulation, built not by evil machines, but by our own brains. Our personality, identity, ego, soul... it’s just a virtual little homunculus inside our heads. — Zelebg
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