Recently, researchers captured an unbelievable picture of a small group of photons as waves and another group behaving as particles at the same time.… - Michael S. Gazzaniga
" "Recently, researchers captured an unbelievable picture of a small group of photons as waves and another group behaving as particles at the same time.14 Although the idea of complementarity is now established in physics, it is not widely seen as a possible foundational idea for thinking about the mind/brain explanatory gap. I think it should be, and first want to look at how physics came to accept its seemingly puzzling reality. Following its acceptance in physics, the idea of complementarity may prove itself to be key to thinking about biology, and about the mind/brain gap in particular.
About Michael S. Gazzaniga
Michael S. Gazzaniga (born December 12, 1939) is an American neuroscientist, author and professor of psychology at the University of California, Santa Barbara, where he heads the new SAGE Center for the Study of the Mind.
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Additional quotes by Michael S. Gazzaniga
The computer scientists Jeff Clune, Jean-Baptiste Mouret, and Hod Lipson did what computer scientists do: they designed computer simulations.23 They used well-studied networks that had sensory inputs and produced outputs. What those outputs were determined how well the network performed when faced with environmental problems. They simulated twenty-five thousand generations of evolution, programming in a direct selection pressure to either maximize performance alone or maximize performance and minimize connection costs. And voilà! Once wiring-cost-minimization was added, in both changing and unchanging environments, modules immediately began to appear, whereas without the stipulation of minimizing costs, they didn’t. And when the three looked at the highest-performing networks that evolved, those networks were modular. Among that group, they found that the lower the costs were, the greater the modularity that resulted. These networks also evolved much quicker — in markedly fewer generations — whether in stable or changing environments. These simulation experiments provide strong evidence that selection pressures to maximize network performance and minimize connection costs will yield networks that are significantly more modular and more evolvable.
When people talk about training, they generally mean taking an amorphous mind and shaping it into something. It is the sort of thing that goes on at universities that are not yet in possession of high-quality students. It is not the sort of thing that should go on at serious centers of discovery. Mentoring, on the other hand, is productive, necessary, and enjoyable.
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Split-brain patients act in a unique way. It appeared the left, speaking hemisphere initially offered a utilitarian response to all scenarios. Thus, if an act had mal-intent but no harm came from it, it was judged as “permissible.” And if an act did not have mal-intent, but resulted in harm, it was judged “forbidden.” Given the clarity of the stories used, this was a jarring result. What is going on? The disconnected left hemisphere is unable to take into account the intent of the person in the stories, acting as if it didn’t have a theory of mind.