What I do
I am a late-onset scientist with the sole intent of fostering the development (before retirement) of a novel brain-tissue replication chip technology for application in artificial general intelligence/robots and human implants. The chip technology facilitates natural learning of the kind biology uses to adapt to novelty.
Artificial general intelligence, the scientific study of consciousness, intelligence, cognition, molecular dynamics, biophysics, electrodynamics, scientific method, pattern theory, cellular automata, information theory, cell biology, empirical and theoretical neuroscience, machine consciousness.
My only science mission is to create artificial general intelligence (machine, inorganic intelligence) that learns like humans learn.
Currently that goal requires (1) a general review of the laws of electromagnetism as applied to brain material and (2) experimental simulation and fabrication work to establish the basis of a chip that inorganically replicates the biolectromagnetism behind the adaptive signalling system used by the brain. Such a chip has never been attempted before.
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Colin Hales' selected work
The origins of the brain's endogenous electromagnetic field and its relationship to provis..
The relationship between local field potentials (LFPs) and the electromagnetic fields that..
Displaying the 15 most recent scholarly works by Colin Hales.
The Electric Field System of a Macular Ion Channel Plaque
Colin Hales, David Grayden, Harry Quiney
Conference Proceedings | 2011 | Proceedings of the 33rd Annual International Conference of the IEEE Engineering in Medicine and Biology Society (EMBC 2011)
Recent empirical neuroscience evidence increasingly supports an active role for the endogenous electromagnetic (EM) field system o..
Anatomy And Neuroscience
Doctor of Engineering
University of Melbourne