Researchers Locate Predictive Center of the Brain

University Distinguished Professor Lisa Feldman Barrett
The limbic system in the brain makes predictions which aid the brain to understand how to react to stimuli, argues Northeastern University Distinguished Professor Lisa Feldman Barrett, of the Department of Psychology and director of the Interdisciplinary Affective Science Laboratory, in a new paper. Photo by Brooks Canaday/Northeastern University

Researchers Locate Predictive Center of the Brain

The limbic system in the brain makes predictions which aid the brain to understand how to react to stimuli, argues Northeastern University Distinguished Professor Lisa Feldman Barrett, of the Department of Psychology and director of the Interdisciplinary Affective Science Laboratory, in a new paper. Photo by Brooks Canaday/Northeastern University
The limbic system in the brain makes predictions which aid the brain to understand how to react to stimuli, argues Northeastern University Distinguished Professor Lisa Feldman Barrett, of the Department of Psychology and director of the Interdisciplinary Affective Science Laboratory, in a new paper. Photo by Brooks Canaday/Northeastern University

BOSTON, June 2 (UPI) — Rather than reacting to stimuli, the human brain makes predictions about the things you see, hear, touch and smell, and researchers have now identified the part of the brain responsible for this.

Limbic parts of the brain send but do not receive predictions, leading researchers to believe that limbic tissues don’t react to external stimulation, rather they direct processing in the brain by sending predictions to the other parts of the cortex.

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“What your brain is trying to do is guess what the sen­sa­tion means and what’s causing the sen­sa­tions so it can figure out what to do about them,” said Lisa Feldman Barrett, a University Distinguished Professor in the Department of Psychology and director of the Interdisciplinary Affective Science Laboratory at Northeastern University, in a press release.

“Your brain is trying to put together thoughts, feel­ings, and per­cep­tions so they arrive as needed, not a second afterwards.”

This, Barrett argues, is the opposite of the previous theory that the brain is taking in information and reacting to stimuli. Barret says the brain, rather than just being reactive, is wired to ask, “The last time I was in a sit­u­a­tion like this, what sen­sa­tions did I encounter, and how did I act?” She says the most vital sensations are “interoceptions,” inside the body.

The study is published in Nature Reviews Neuroscience.

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