Abstract

AbstractEmotion is conscious experience. It is the affective aspect of consciousness. Emotion arises from sensory stimulation and is typically accompanied by physiological and behavioral changes in the body. Hence an emotion is a complex reaction pattern consisting of three components: a physiological component, a behavioral component, and an experiential (conscious) component. The reactions making up an emotion determine what the emotion will be recognized as. Three processes are involved in generating an emotion: (1) identification of the emotional significance of a sensory stimulus, (2) production of an affective state (emotion), and (3) regulation of the affective state. Two opposing systems in the brain (the reward and punishment systems) establish an affective value or valence (stimulus-reinforcement association) for sensory stimulation. This is process (1), the first step in the generation of an emotion. Development of stimulus-reinforcement associations (affective valence) serves as the basis for emotion expression (process 2), conditioned emotion learning acquisition and expression, memory consolidation, reinforcement-expectations, decision-making, coping responses, and social behavior. The amygdala is critical for the representation of stimulus-reinforcement associations (both reward and punishment-based) for these functions. Three distinct and separate architectural and functional areas of the prefrontal cortex (dorsolateral prefrontal cortex, orbitofrontal cortex, anterior cingulate cortex) are involved in the regulation of emotion (process 3). The regulation of emotion by the prefrontal cortex consists of a positive feedback interaction between the prefrontal cortex and the inferior parietal cortex resulting in the nonlinear emergence of emotion. This positive feedback and nonlinear emergence represents a type of working memory (focal attention) by which perception is reorganized and rerepresented, becoming explicit, functional, and conscious. The explicit emotion states arising may be involved in the production of voluntary new or novel intentional (adaptive) behavior, especially social behavior.

Highlights

  • Emotions are self-generated internal explicit states, arise rapidly in recurrent systems, take time to form, have a prolonged duration, are seamless, structurally-complex, ineffable, transparent, bounded, unified and coherent, informative, serial, limited in capacity, subject to interference, new or novel, variable, flexible, project outwards, can gain access to other systems, and arise from attention

  • Feeling which is usually directed towards a specific object and is typically accompanied by physiological and behavioral changes in the body; emotion is the affective aspect of consciousness (Merriam-Webster)

  • Conscious experiences make up the content of consciousness

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Summary

INTRODUCTION

Emotions are self-generated internal explicit states, arise rapidly in recurrent systems, take time to form, have a prolonged duration, are seamless, structurally-complex, ineffable, transparent, bounded, unified and coherent, informative, serial, limited in capacity, subject to interference, new or novel, variable, flexible, project outwards, can gain access to other systems, and arise from attention. An emotion has three components of variable intensity and prominence: a physiological component (various physiological reactions), a behavioral component (various behavioral reactions), and an experiential (subjective, feeling, conscious) component (LeDoux, 1990) Particular combinations of these reactions are recognized as particular kinds of emotion. We may experience different emotions (fear, anger, love, hate, sympathy, etc.) to the same sensory stimulation (a specific person) at different times. An affective aspect is added to conscious experience to produce emotion

THE AFFECTIVE ASPECT OF CONSCIOUSNESS
REWARD SYSTEM
PUNISHMENT SYSTEM
AMYGDALOID NUCLEI
PREFRONTAL CORTEX
REGULATION OF EMOTION
VENTRAL ACC
DORSAL ACC
EXAMPLES OF POSITIVE FEEDBACK AND NONLINEAR EMERGENCE
PERCEPTION
NEGLECT
PRODUCTION OF ADAPTIVE ACTION
Findings
CONCLUSIONS

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