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>This is a massive leap of faith and I don't know how you can possibly argue otherwise! YOu need to explain how it's a leap of faith. That means low probabilit

>This is a massive leap of faith and I don't know how you can possibly argue otherwise! YOu need to explain how it's a leap of faith. That means low probability. So you need to explain the sample space and the numerator. For me I explained. The sample space is ALL models for physical processes. Given that most of these models are elegant with efficient and simple primitives. It follows via probability that modeling intelligence by probability will most likely be the same way. See what I did there? I actually logically explained why it's not a leap of faith. >Is it? I thought you said your brain was just an inefficient accidental mess? Why would you trust it? First off being inefficient is different from being correct. The brain can be correct AND inefficient at the same time. It can also be correct about some things and incorrect about other things. This is obvious if you look at the world around you. People are often wrong. They are also often right. Evidence is everywhere and obvious. > But biology has also produced systems which are far beyond what we've been able to engineer. Sure it does. But I talk in terms of probabilities and possibilities. I am addressing the "leap of faith." I am saying because such and such is extremely possible... my statement is not a leap of faith. In this case I am saying inefficiencies are very possible. Thus my statement is highly realistic. I never made a statement about anything absolute. I never said that absolutely the brain is inefficient. I simply said my statement is categorically not a leap of faith because it is VERY possible. And i provided logical evidence supporting this.

skohan 4y ago
Ok let me present the following evidence: 1. Biology can produce things which are incredibly smart and efficient. It can also produce things which are dumb and inefficient. 2. Human intellect and consciousness is one of the most complex nuanced phenomena we are aware of in the universe. 3. The human brain is one of the most complex things we know about in the universe. 4. We know very many things about how the brain processes information. We know structure and function are heavily intertwined. We know that the brain uses virtually every aspect of neural biology, from macro structures down to intracellular mechanisms, to facilitate information processing. So we know the biology of the brain is incredibly complex. We know the output of the brain is incredibly complex. We know of many instances where the complexity of the biology contributes meaningfully to how the brain processes information. That is all evidence to support the belief that the complexity of the brain is meaningful with respect to the production of human intelligence. It seems that you want to believe that most of that complexity is not meaningful, and your only evidence is "you had a feeling" and "biology is inefficient sometimes". If you want to prove it's not a leap of faith, you have to present examples in which the information processing of the brain is actually inefficient, or how it can be replaced by a much simpler system. Otherwise it's all just a guess.
- deltaonefour 4y ago
  1. Biology can produce things which are incredibly smart and efficient. It can also produce things which are dumb and inefficient. By your second sentence it follows that such structures aren't a leap of faith. It is very possible. 2. Human intellect and consciousness is one of the most complex nuanced phenomena we are aware of in the universe. complexity isn't indicative of efficiency. 3. The human brain is one of the most complex things we know about in the universe. Same as above. 4. We know very many things about how the brain processes information. We know structure and function are heavily intertwined. We know that the brain uses virtually every aspect of neural biology, from macro structures down to intracellular mechanisms, to facilitate information processing. But we don't know whether the entire structure is efficient. >That is all evidence to support the belief that the complexity of the brain is meaningful with respect to the production of human intelligence. But it is not evidence supporting the thesis that the brain being inefficient is a leap of faith. >It seems that you want to believe that most of that complexity is not meaningful, and your only evidence is "you had a feeling" and "biology is inefficient sometimes". The feeling has been rationalized. I explained the logic, it is now backed up. The criterion here is not absolutist. The criterion is just stating whether or not such a scenario is likely. IS it a leap of faith or is it not? I've sufficiently proved that the brain being inefficient is clearly NOT a leap of faith. >If you want to prove it's not a leap of faith, you have to present examples in which the information processing of the brain is actually inefficient, or how it can be replaced by a much simpler system. Otherwise it's all just a guess. Easy we have many ML models that already beat humans at certain tasks.. Those models use much less neurons then the entire brain itself and follows a much simpler model. See spam filters. It shows that a simpler model is already possible for certain aspects of intelligence. I disagree with you. I believe I've shown enough evidence to move the probability out of "leap of faith" territory. I just threw in the example up above because you requested it.
  - skohan 4y ago
    So your statement was this: > There must be something "turing complete-ish" about neural nets. As in although the primitive element of a human neuron is complex, you can achieve identical computational power with a much simpler model. So the assertion is, that you can achieve identical computational power to a neuron with a much simpler model. That is a leap of faith. There is insufficient evidence to conclude this. If you said "I believe there might be" or "it's possible that" I would not have taken issue with it, but there is a very high burden of evidence to assert this belief. Without that evidence you are operating on faith. Until we can successfully reproduce something approximating human intelligence, or until we can postulate a credible mechanism by which human intelligence arises, it's a very very big leap to assume we understand anything about what is or isn't required to produce it. > complexity isn't indicative of efficiency ... But we don't know whether the entire structure is efficient. We don't know the complexity is efficient, and we don't know whether it's required. What we do know for a fact is that a human brain is capable of producing human intelligence. We don't have evidence that any other system is in fact able to produce human-like intelligence. > But it is not evidence supporting the thesis that the brain being inefficient is a leap of faith. I don't have to produce evidence that it's a leap of faith. You made a claim that is not supported by evidence. You have to provide evidence for your claim, or else it is defacto a leap of faith. > The feeling has been rationalized. I explained the logic, it is now backed up. The criterion here is not absolutist. The criterion is just stating whether or not such a scenario is likely. IS it a leap of faith or is it not? I've sufficiently proved that the brain being inefficient is clearly NOT a leap of faith. Yeah but you can rationalize just about anything. I could provide a rational argument for why God exists. It's still a leap of faith to believe in God. You have a rationalization, but it falls far short of being any kind of rigorous proof. > Easy we have many ML models that already beat humans at certain tasks.. Those models use much less neurons then the entire brain itself and follows a much simpler model. See spam filters. It shows that a simpler model is already possible for certain aspects of intelligence. All ML models prove is that we have been capable of producing machines that are capable of pattern recognition. It's a massive leap of faith to generalize this result to assert the belief that neurons in general can be modeled at a much lower level of complexity. It may be the case, but there is insufficient evidence to conclude that. It's just your belief based on gut instinct, and the fact that you've talked yourself into it.

skohan 4y ago

Ok let me present the following evidence: 1. Biology can produce things which are incredibly smart and efficient. It can also produce things which are dumb and inefficient. 2. Human intellect and consciousness is one of the most complex nuanced phenomena we are aware of in the universe. 3. The human brain is one of the most complex things we know about in the universe. 4. We know very many things about how the brain processes information. We know structure and function are heavily intertwined. We know that the brain uses virtually every aspect of neural biology, from macro structures down to intracellular mechanisms, to facilitate information processing. So we know the biology of the brain is incredibly complex. We know the output of the brain is incredibly complex. We know of many instances where the complexity of the biology contributes meaningfully to how the brain processes information. That is all evidence to support the belief that the complexity of the brain is meaningful with respect to the production of human intelligence. It seems that you want to believe that most of that complexity is not meaningful, and your only evidence is "you had a feeling" and "biology is inefficient sometimes". If you want to prove it's not a leap of faith, you have to present examples in which the information processing of the brain is actually inefficient, or how it can be replaced by a much simpler system. Otherwise it's all just a guess.

deltaonefour 4y ago
1. Biology can produce things which are incredibly smart and efficient. It can also produce things which are dumb and inefficient. By your second sentence it follows that such structures aren't a leap of faith. It is very possible. 2. Human intellect and consciousness is one of the most complex nuanced phenomena we are aware of in the universe. complexity isn't indicative of efficiency. 3. The human brain is one of the most complex things we know about in the universe. Same as above. 4. We know very many things about how the brain processes information. We know structure and function are heavily intertwined. We know that the brain uses virtually every aspect of neural biology, from macro structures down to intracellular mechanisms, to facilitate information processing. But we don't know whether the entire structure is efficient. >That is all evidence to support the belief that the complexity of the brain is meaningful with respect to the production of human intelligence. But it is not evidence supporting the thesis that the brain being inefficient is a leap of faith. >It seems that you want to believe that most of that complexity is not meaningful, and your only evidence is "you had a feeling" and "biology is inefficient sometimes". The feeling has been rationalized. I explained the logic, it is now backed up. The criterion here is not absolutist. The criterion is just stating whether or not such a scenario is likely. IS it a leap of faith or is it not? I've sufficiently proved that the brain being inefficient is clearly NOT a leap of faith. >If you want to prove it's not a leap of faith, you have to present examples in which the information processing of the brain is actually inefficient, or how it can be replaced by a much simpler system. Otherwise it's all just a guess. Easy we have many ML models that already beat humans at certain tasks.. Those models use much less neurons then the entire brain itself and follows a much simpler model. See spam filters. It shows that a simpler model is already possible for certain aspects of intelligence. I disagree with you. I believe I've shown enough evidence to move the probability out of "leap of faith" territory. I just threw in the example up above because you requested it.
- skohan 4y ago
  So your statement was this: > There must be something "turing complete-ish" about neural nets. As in although the primitive element of a human neuron is complex, you can achieve identical computational power with a much simpler model. So the assertion is, that you can achieve identical computational power to a neuron with a much simpler model. That is a leap of faith. There is insufficient evidence to conclude this. If you said "I believe there might be" or "it's possible that" I would not have taken issue with it, but there is a very high burden of evidence to assert this belief. Without that evidence you are operating on faith. Until we can successfully reproduce something approximating human intelligence, or until we can postulate a credible mechanism by which human intelligence arises, it's a very very big leap to assume we understand anything about what is or isn't required to produce it. > complexity isn't indicative of efficiency ... But we don't know whether the entire structure is efficient. We don't know the complexity is efficient, and we don't know whether it's required. What we do know for a fact is that a human brain is capable of producing human intelligence. We don't have evidence that any other system is in fact able to produce human-like intelligence. > But it is not evidence supporting the thesis that the brain being inefficient is a leap of faith. I don't have to produce evidence that it's a leap of faith. You made a claim that is not supported by evidence. You have to provide evidence for your claim, or else it is defacto a leap of faith. > The feeling has been rationalized. I explained the logic, it is now backed up. The criterion here is not absolutist. The criterion is just stating whether or not such a scenario is likely. IS it a leap of faith or is it not? I've sufficiently proved that the brain being inefficient is clearly NOT a leap of faith. Yeah but you can rationalize just about anything. I could provide a rational argument for why God exists. It's still a leap of faith to believe in God. You have a rationalization, but it falls far short of being any kind of rigorous proof. > Easy we have many ML models that already beat humans at certain tasks.. Those models use much less neurons then the entire brain itself and follows a much simpler model. See spam filters. It shows that a simpler model is already possible for certain aspects of intelligence. All ML models prove is that we have been capable of producing machines that are capable of pattern recognition. It's a massive leap of faith to generalize this result to assert the belief that neurons in general can be modeled at a much lower level of complexity. It may be the case, but there is insufficient evidence to conclude that. It's just your belief based on gut instinct, and the fact that you've talked yourself into it.