Psychic Neural Nets
Artificial General Intelligence (AGI) researcher, Ben Goertzel, PhD, pontificates on growing a psychic AGI.
"Suppose it's true that psi phenomena are related to peculiar quantum-like phenomena among interacting molecules in the brain....
Then, this suggests that it might also be possible to cause other conglomerations of organic molecules or cells, similar to the ones in the brain, to display psi-like phenomena....
One naturally wonders about technologies such as reconfigurable DNA computers ... or cultured neural networks (neural nets grown in the lab outside the brain) ....
There is abundant data demonstrating the ability of many people to predict the outcome of random number generators with statistically significant accuracy (see this article for a moderately out-of-date review and some pointers into the literature). Might it be possible to create a DNA computer or cultured neural network that could carry out, say, statistically significant precognition of number series produced by random number generators?"
Goertzel's blog entry: Can We Evolve a DNA Computer or Cultured Neural Net that Perceives the Future?
"Abstract:
While the empirical data supporting the existence of psi phenomena is now quite strong, the search for a theoretical understanding of these phenomena has been much less successful. Here a class of extensions of quantum physics is proposed, which appear broadly consistent both with existing physics data and with the body of data regarding psi phenomena. The basic idea is to view "subquantum fluctuations" as biased randomness, where the bias embodies a tendency to convey physical impulse between parts of spacetime with similar pattern or form. In a Bohmian interpretation of quantum physics, this biasing would take the form of a "morphic pilot wave," with a bias to move in directions of greater "similarity of patternment" (or more colorfully, "morphic resonance"). In a Feynman interpretation, it would take the form of a biasing of the measure used within path integrals, so as to give paths in directions of greater morphic resonance a greater weight. Theories in this class could take many possible equational forms, and several such forms are displayed here to exemplify the approach. "
Goertzel's paper in HTML format: Morphic Pilot Theory: Toward an Extension of Quantum Physics that Better Explains Psi Phenomena -html
Goertzel's paper in PDF format: Morphic Pilot Theory: Toward an Extension of Quantum Physics that Better Explains Psi Phenomena -pdf
Artificial General Intelligence (AGI) researcher, Ben Goertzel, PhD, pontificates on growing a psychic AGI.
"Suppose it's true that psi phenomena are related to peculiar quantum-like phenomena among interacting molecules in the brain....
Then, this suggests that it might also be possible to cause other conglomerations of organic molecules or cells, similar to the ones in the brain, to display psi-like phenomena....
One naturally wonders about technologies such as reconfigurable DNA computers ... or cultured neural networks (neural nets grown in the lab outside the brain) ....
There is abundant data demonstrating the ability of many people to predict the outcome of random number generators with statistically significant accuracy (see this article for a moderately out-of-date review and some pointers into the literature). Might it be possible to create a DNA computer or cultured neural network that could carry out, say, statistically significant precognition of number series produced by random number generators?"
Goertzel's blog entry: Can We Evolve a DNA Computer or Cultured Neural Net that Perceives the Future?
"Abstract:
While the empirical data supporting the existence of psi phenomena is now quite strong, the search for a theoretical understanding of these phenomena has been much less successful. Here a class of extensions of quantum physics is proposed, which appear broadly consistent both with existing physics data and with the body of data regarding psi phenomena. The basic idea is to view "subquantum fluctuations" as biased randomness, where the bias embodies a tendency to convey physical impulse between parts of spacetime with similar pattern or form. In a Bohmian interpretation of quantum physics, this biasing would take the form of a "morphic pilot wave," with a bias to move in directions of greater "similarity of patternment" (or more colorfully, "morphic resonance"). In a Feynman interpretation, it would take the form of a biasing of the measure used within path integrals, so as to give paths in directions of greater morphic resonance a greater weight. Theories in this class could take many possible equational forms, and several such forms are displayed here to exemplify the approach. "
Goertzel's paper in HTML format: Morphic Pilot Theory: Toward an Extension of Quantum Physics that Better Explains Psi Phenomena -html
Goertzel's paper in PDF format: Morphic Pilot Theory: Toward an Extension of Quantum Physics that Better Explains Psi Phenomena -pdf
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