Abstract
From the start, Kurt Godel observed that computer and brain paradigms were considered on a par by researchers and that researchers had misunderstood his theorems. He hailed with displeasure that the brain transcends computers. In this brief article, we point out that Artificial Intelligence (AI) comprises multitudes of human-made methodologies, systems, and languages, and implemented with computer technology. These advances enhance development in the electron and quantum realms. In the biological realm, animal neurons function, also utilizing electron flow, and are products of evolution. Mirror neurons are an important paradigm in neuroscience research. Moreover, the paradigm shift proposed here - 'hall of mirror neurons' - is a potentially further productive research tactic. These concepts further expand AI and brain research.
Highlights
AI, robotics, co-robotics, and quantum computers were briefly reviewed previously, and their achievable utilities were advocated for virology, community health, clinics, research, and development [1]
Antecedent theories as well as key concepts from individuals who set the stage for AI, robotics, and quantum computers were recognized, including Vannevar Bush, Alan Turing, John McCarthy, Norbert Wiener, John von Neumann, John Nash, Kurt Godel, and Richard Feynman, to name a few
Since fiber bundles themselves may function as manifolds, the additional level of mirror neuron foci may be further treated as fiber bundles, and so on
Summary
He hailed with displeasure that the brain transcends computers. In this brief article, we point out that Artificial Intelligence (AI) comprises multitudes of human-made methodologies, systems, and languages, and implemented with computer technology.
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