The Bi-Interpretive Mind Framework: A Neurocognitive Model of Consciousness, Stress, and Psychopathology

The Bi-Interpretive Mind Framework (BIMF) introduces a dual-system model of human cognition and consciousness, positing the coexistence of two interdependent subsystems: the Primary Mind (logical, conscious, reality-testing) and the Secondary Mind (intuitive, unconscious, biologically interpretive). Subjective experience is conceptualized as emerging from the “interpretive handshake” between these two systems, while instability in this process—termed interpretive instability—underlies stress, psychopathology, and altered states of consciousness. Extending this model, the Bi-Interpretive Stress Model (BISM) defines stress as instability in the interpretive handshake, operationalized as a mismatch between Secondary simulations and Primary validation, modulated by neurochemical tilt and cognitive control capacity. BIMF further reinterprets diverse psychopathologies—including schizophrenia, PTSD, OCD, depression, anxiety, bipolar disorder, dissociation, and addiction—as systemic failures in interpretive alignment. Dreams are framed as autonomous simulations of the Secondary Mind, ranging from symbolic REM experiences to lucid states where the Primary Mind partially re-engages. This framework integrates insights from dual-process cognition, predictive processing, stress appraisal, and neurovisceral integration, while providing testable empirical predictions for laboratory and clinical research. By unifying cognitive, biological, and phenomenological perspectives, BIMF contributes a novel hypothesis for understanding the mechanisms of consciousness, stress, and psychopathology. The paper concludes by outlining empirical paradigms and clinical applications, positioning BIMF as a testable, integrative theory of mind.

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Publication Details

Published
2025-08-20
DOI
https://doi.org/10.31234/osf.io/jhstp_v1
Primary Topic
Neuroscience, Education and Cognitive Function
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article
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article

The Bi-Interpretive Mind Framework: A Neurocognitive Model of Consciousness, Stress, and Psychopathology

Deepanshu Tomar
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Neuroscience, Education and Cognitive Function
article

The Bi-Interpretive Mind Framework: A Neurocognitive Model of Consciousness, Stress, and Psychopathology

Deepanshu Tomar
article en

Abstract

The Bi-Interpretive Mind Framework (BIMF) introduces a dual-system model of human cognition and consciousness, positing the coexistence of two interdependent subsystems: the Primary Mind (logical, conscious, reality-testing) and the Secondary Mind (intuitive, unconscious, biologically interpretive). Subjective experience is conceptualized as emerging from the “interpretive handshake” between these two systems, while instability in this process—termed interpretive instability—underlies stress, psychopathology, and altered states of consciousness. Extending this model, the Bi-Interpretive Stress Model (BISM) defines stress as instability in the interpretive handshake, operationalized as a mismatch between Secondary simulations and Primary validation, modulated by neurochemical tilt and cognitive control capacity. BIMF further reinterprets diverse psychopathologies—including schizophrenia, PTSD, OCD, depression, anxiety, bipolar disorder, dissociation, and addiction—as systemic failures in interpretive alignment. Dreams are framed as autonomous simulations of the Secondary Mind, ranging from symbolic REM experiences to lucid states where the Primary Mind partially re-engages. This framework integrates insights from dual-process cognition, predictive processing, stress appraisal, and neurovisceral integration, while providing testable empirical predictions for laboratory and clinical research. By unifying cognitive, biological, and phenomenological perspectives, BIMF contributes a novel hypothesis for understanding the mechanisms of consciousness, stress, and psychopathology. The paper concludes by outlining empirical paradigms and clinical applications, positioning BIMF as a testable, integrative theory of mind.

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Neuroscience, Education and Cognitive Function
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