From pure experience to cognitive models: constitutive explanations and modalization in phenomenological cognitivism

Phenomenological Cognitivism is a methodological framework that grounds psychological explanations in pure experience to clarify their intentional properties and how they are embedded within the layered structure of first-person experience. Unlike practical phenomenological approaches that use phenomenology only as a heuristic for data collection or experimental design, this framework uses phenomenological functional analyses to align sensitivity to intentional properties with the explanatory goals of cognitive neuroscience. Central to it are constitutive explanations, which identify minimal phenomenological structures necessary for cognitive capacities to function correctly, and modalization, which describes how these capacities must adapt functionally within different architectures and representational dependencies across experiential domains. The framework supports epistemological model structuring, using phenomenological descriptions to inform and constrain computational models and the identification of neurobiological mechanisms.

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Abstract

Abstract This paper introduces Phenomenological Cognitivism, a methodological framework grounding psychological explanations within pure experience to elucidate their intentional properties and their embeddness within the layered structure of first-person-experience. Unlike practical phenomenological approaches, which primarily employ phenomenology as a heuristic for data collection, concept formation, or experimental design, Phenomenological Cognitivism utilizes phenomenological functional analyses to directly align sensitivity to intentional properties with the explanatory objectives of cognitive neuroscience. Central to this framework are constitutive explanations, which identify minimal phenomenological structures necessary for cognitive capacities to operate correctly, and modalization, which describes why and how these capacities must adapt functionally within diverse functional architectures and representational dependencies when enacted within different experiential domains or classes of objects. Finally, the paper explains how Phenomenological Cognitivism uniquely supports epistemological model structuring—a methodological approach that can directly employ phenomenological descriptions to inform and constrain the development of computational models and the identification of underlying neurobiological mechanisms.