Cognitive-Emotional Interactions in the Brain

Joseph E. LeDoux

Cognition & Emotion · 1989 · 607 citations · 83 references

Concepts

TL;DR

Emotion and cognition are mediated by distinct but interacting brain systems, with the emotional network—centered on the amygdala—computing stimulus significance before conscious awareness. Emotional experiences arise when stimulus, affect, and self representations converge in working memory. Neural interactions between the amygdala and cognitive regions such as the neocortex and hippocampus allow affect to influence cognition and vice versa.

Abstract

Abstract Emotion and cognition are mediated by separate but interacting systems of the brain. The core of the emotional system is a network that evaluates (computes) the biological significance of stimuli, including stimuli from the external or internal environment or from within the brain (thoughts, images, memories). The computation of stimulus significance takes place prior to and independent of conscious awareness, with only the computational products reaching awareness, and only in some instances. The amygdala may be a focal structure in the affective network. By way of neural interactions between the amygdala and brain areas involved in cognition (particularly the neocortex and hippocampus), affect can influence cognition and cognition can influence affect. Emotional experiences, it is proposed, result when stimulus representations, affect representations, and self representations coincide in working memory.

References

83