Adding to our understanding of why the brain seems undisturbed by disconnections was not only the notion that it was, in a sense, sending half its de… - Michael S. Gazzaniga

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Adding to our understanding of why the brain seems undisturbed by disconnections was not only the notion that it was, in a sense, sending half its decisions into the realm of the unconscious; it was also the discovery of the “interpreter.” This special left brain system kept note of all the behaviors that resulted from the many mental systems. It appeared to be the surveillance camera on our behavior, which, of course, was the evidence that a mental or cognitive act had occurred. The interpreter not only took note; it tried to make “sense” out of the behavior by keeping a running narrative going on about why a string of behaviors was occurring. It is a precious device and most likely uniquely human. It is working in us all the time as we try to explain why we like something or have a particular opinion, or rationalize something we have done. It is the interpreter device that takes the inputs from the massively modularized and automatic brain of ours and creates order from chaos. It comes up with the “makes sense” explanation that leads us to believe in a certain form of essentialism, that is, that we are a unified conscious agent. Nice try, interpreter!

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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.

Biography information from Wikiquote

Also Known As

Native Name: Michael Steven Gazzaniga
Alternative Names: Gazzaniga, M.S. M. S. Gazzaniga Michael S Gazzaniga Gazzaniga, Michael S.
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As in any layered system, however, the system can become jeopardized if a core component that transfers information from one layer to another malfunctions. In the case of biological tissue, if the kinds of proteins that connect cells together are defective, then information may not be able to transfer from the individual-cell layer to the tissue layer, and the entire system could shut down. While not perfect, the layered design of biological systems is advantageous because it minimizes the number of points in the system that, if attacked, would result in catastrophic damage, and it limits the effects of attacks at other points.

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