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You would not infer causality at all. Not only do you not infer that your neighbor is angry because you left the gate open and her dog got out, you d… - Michael S. Gazzaniga
" "You would not infer causality at all. Not only do you not infer that your neighbor is angry because you left the gate open and her dog got out, you don’t infer that the dog got out because you left the gate open. You don’t infer that the car won’t start because you left the radio on. While you would be good at spatial relations, you would not grasp the causes and effects described by physics. You will not infer any unobserved causal forces, whether they be gravitational or spiritual. For example, you would not infer that a ball moved because a force was transferred to it when it was hit by another, yet because of your inability to draw inferences, you would do better in Vegas at the gaming tables. You would bet with the house and not try to infer any causal relationship between winning and losing other than chance. No lucky tie or socks or tilt of the head. You would not string out some cockamamy story about why you did something or felt some way, not because you aren’t capable of language, but again because you don’t infer cause and effect. You won’t be a hypocrite and rationalize your actions. You would also not infer the gist of anything, but would take everything literally. You would have no understanding of metaphors or abstract ideas. Without inference you would be free of prejudice, yet not inferring cause and effect would make learning more difficult. What processing comes bubbling up in your separate hemispheres determines what the contents of that hemisphere’s conscious experience will be.
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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.
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M. S. Gazzaniga
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Michael S Gazzaniga
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Gazzaniga, Michael S.
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Additional quotes by Michael S. Gazzaniga
Conscious linear thinking is hard work. I’m sweating it right now. It is as if our mind is a bubbling pot of water. Which bubble will make it up to the top at any given moment is hard to predict. The top bubble ultimately bursts into an idea, only to be replaced by more bubbles. The surface is forever energized with activity, endless activity, until the bubbles go to sleep. The arrow of time stitches it all together as each bubble comes up for its moment. Consider that maybe, just maybe, consciousness can be understood only as the brain’s bubbles, each with its own hardware to close the gap, getting its moment. If that sounds obscure, read the book to find out for yourself whether you can see it this way, too. Importantly, enjoy your thoughts as they bubble up to the surface of your own consciousness. PART I: GETTING READY FOR MODERN THOUGHT
THE HUMAN INTERPRETER HAS SET US UP FOR A FALL. IT has created the illusion of self and, with it, the sense we humans have agency and “freely” make decisions about our actions. In many ways it is a terrific and positive capacity for humans to possess. With increasing intelligence and with a capacity to see relationships beyond what is immediately and perceptually apparent, how long would it be before our species began to wonder what it all meant — what was the meaning of life? The interpreter provides the storyline and narrative, and we all believe we are agents acting
Barbieri chides that “natural selection is the long-term result of molecular copying and would be the sole mechanism of evolution if copying were the sole basic mechanism of life.”15 But it isn’t. While genes can be their own template and copy themselves, proteins cannot. Proteins cannot be made by copying other proteins. The tricky thing is that only molecules that can copy can be inherited, so the information about how to make the proteins had to come from the genes. Barbieri notes that the outstanding feature of the very early protein makers “was the ability to ensure a specific correspondence between genes and proteins, because without it there would be no biological specificity, and without specificity there would be no heredity and no reproduction. Life, as we know it, simply would not exist without a specific correspondence between genes and proteins.”16
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