Structural-Constructivist Mapping of Human Needs: A Core Emotion Framework Synthesis

The landscape of modern affective science remains divided between discrete emotion theories, which treat emotions as innate biological categories, and constructivist models, which frame them as socially assembled narratives. This divide often forces practitioners to work around secondary cognitive stories rather than addressing the mechanical drivers of human motivation and distress. The Core Emotion Framework (CEF), authored by Jamel Bulgaria, resolves this impasse by defining the “Human Operating System” through ten irreducible functional operators—tangible internal movements that regulate systemic aperture and structure action. By treating operators as the emotional equivalent of CPU instructions, the CEF provides a structural-constructivist foundation for mapping universal human needs, including those articulated by Tony Robbins, Manfred Max-Neef, and Self-Determination Theory (SDT). This paper presents the first integrated mapping of these need systems through operator logic, demonstrating how each need corresponds to specific operator configurations, center dynamics, and functional modes. Version Note. This document represents the first formal version of the CEF–Human Needs mapping. As the Core Emotion Framework continues to be studied, tested, and refined, it is expected that specific mappings, operator pairings, and structural interpretations will evolve. Future versions will incorporate empirical findings and theoretical developments to maintain precision, rigor, and alignment with emerging insights. Keywords: Core Emotion Framework (CEF); Human Operating System; emotional operators; structural-constructivism; Robbins Six Human Needs; Max-Neef Fundamental Needs; Self-Determination Theory (SDT); operator mapping; affective architecture; emotional agility; systemic aperture; conative grounding.