RE: Quantum consciousness...
August 21, 2017 at 4:54 am
(This post was last modified: August 21, 2017 at 5:07 am by I_am_not_mafia.)
(August 21, 2017 at 4:35 am)ignoramus Wrote: Do you think consciousness is unique to us (only comes about with a certain level of brain/neuron density) or a natural product (byproduct) to all living things with a brain?
As far as animals go, do all animals require it for survival? Maybe it is the only manifestation of the brain which ensures ultimate survival of the species?
I personally think that the more intelligent the animal, the more conscious it is likely to be, and to know what it is doing and why. Particularly if it is a pack animal and needs to know where it is in relation to others in order to hunt or to anticipate the actions of your fellow species.
(August 17, 2017 at 7:23 am)Khemikal Wrote: How did you propose that the agent perform temporal sequence learning?
I gave it a signal that told it how well it was doing. I did not specify what to do with that signal, but the strength of that signal could only be changed by temporal sequence learning.
(August 17, 2017 at 7:23 am)Khemikal Wrote: How does it learn to predict an event, or perform an action, for example? Having done so, what then accounts for it's ability to do so again
I don't know. I didn't tell it what to do. It self organised.
Actually I have since visualised it in action and now have a vague idea as to what it is doing, and it surprised me, but I don't want to say because it's the basis of my next paper. It's also somewhat complex to explain.
(August 17, 2017 at 7:23 am)Khemikal Wrote: In short, where are these plans of action, these algorithms.... stored?
There is no algorithm specifying how it should perform temporal sequence learning. What I did was create a system that would settle into a stable state. The trick was in creating the right components. I have no doubt that I could have used my neural networks to do it instead, and if so then I could recreate it my garden using a system of pipes and water cisterns. Such a system would not be adequately described using an algorithm but by the changes in water pressure within it.