Affective Socialization Theory: A Unified Model of Behavior (Part 1: Neural Wiring & The Recursive System)

Affective Socialization Theory (AST) bridges neuroscience, psychology, and sociology to explain how our behaviors are learned, not chosen, and patterned by the structures of society. This learning happens through the AST Cycle, which shows how repeated emotional experiences in stable environments build our moods and, over time, our personality. With targeted, stable Socialization Exposure Doses (SED'), individuals can, in theory, rewire their brains to change mood, personality, and behavior. However, if the Material Strain Index (MAT) exceeds a critical threshold, a survival state takes over, making such rewiring impossible. This first paper in the series establishes the neurobiological foundations of AST, defines the primary individual and emergent context variables, and introduces the mathematical framework for the AST recursive loop.

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Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2026-03-08
DOI
https://doi.org/10.5281/zenodo.18952835
Primary Topic
Social Power and Status Dynamics
Type
article
Field-Weighted Citation Impact
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article

Affective Socialization Theory: A Unified Model of Behavior (Part 1: Neural Wiring & The Recursive System)

Austin Tamargo
Zenodo (CERN European Organization for Nuclear Research)
Social Power and Status Dynamics
article

Affective Socialization Theory: A Unified Model of Behavior (Part 1: Neural Wiring & The Recursive System)

Austin Tamargo
article en

Abstract

Affective Socialization Theory (AST) bridges neuroscience, psychology, and sociology to explain how our behaviors are learned, not chosen, and patterned by the structures of society. This learning happens through the AST Cycle, which shows how repeated emotional experiences in stable environments build our moods and, over time, our personality. With targeted, stable Socialization Exposure Doses (SED'), individuals can, in theory, rewire their brains to change mood, personality, and behavior. However, if the Material Strain Index (MAT) exceeds a critical threshold, a survival state takes over, making such rewiring impossible. This first paper in the series establishes the neurobiological foundations of AST, defines the primary individual and emergent context variables, and introduces the mathematical framework for the AST recursive loop.

Zenodo (CERN European Organization for Nuclear Research)
Reduced inequalities
Openalex Percentile: Top 31%
Social Power and Status Dynamics
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