The quantum level biases would be more general and more correct as it is the case with quantum physics and classical physics.
The reasons why humans do not have modern physics biases for space and time: There is no relevant advantage to survive when you have such biases and probably the costs of necessary resources to obtain any advantage are far too high for a biological system. But with future AGI (not the first level), these objections won't hold. We don't need AGI do help us with middle level physics. We will need AGI to make progress in worlds, were our innate intuitions do not hold, namely nanotechnology, inner cellular biology. So there would be an advantage for quantum biases and because of this advantage the quantum biases would probably more often used than non-quantum biases. And what about the costs of resources? We could imagine an AGI brain which has the size of a continent. Of course not for the first level AGI. But I am sure, that future AGIs will have quantum biases. But as Ben said: First we should build AGI with biases we have and understand. And the main 3 problems of AGI should be solved first: How to obtain knowledge, how to represent knowledge and how to use knowledge to solve different problems in different domains. Charles Hixson wrote: I feel that an AI with quantum level biases would be less general. It would be drastically handicapped when dealing with the middle level, which is where most of living is centered. Certainly an AGI should have modules which can more or less directly handle quantum events, but I would predict that those would not be as heavily used as the ones that deal with the mid level. We (usually) use temperature rather then molecule speeds for very good reasons. ------------------------------------------- agi Archives: https://www.listbox.com/member/archive/303/=now RSS Feed: https://www.listbox.com/member/archive/rss/303/ Modify Your Subscription: https://www.listbox.com/member/?member_id=8660244&id_secret=114414975-3c8e69 Powered by Listbox: http://www.listbox.com
