The Nested States Model: An Empirical Framework for Integrating Brain and Mind.
George H Denfield, Evan J. Kyzar
Journal of consciousness studies : controversies in science & the humanities April 1, 2024 DOI: 10.53765/20512201.31.3.028 (opens in new tab) via PubMed
Summary
AI-generated from the abstractA framework called the Nested States Model is proposed to bridge the gap between subjective experience and brain activity. Building on philosophy of mind and phenomenology, the model characterizes both experiential states and brain states as layered, nested systems. Recognizing this structural homology—that both domains share a nested organization—allows for a more systematic approach to formulating hypotheses about how subjective mental states relate to neurophysiological processes. The model aims to guide empirical investigation into the relationship between subjectivity and neurobiology, addressing the lack of principled means currently available.
Study at a glance
| Characteristics | Theoretical or philosophical paper Peer reviewed |
|---|---|
| Key finding | Proposes that both experiential and brain states can be characterized as systems of nested states, aligning views of subjective mental states with understanding of brain activity. |
Abstract
Philosophy of mind has made substantial progress on biologically-rooted approaches to understanding the mind and subjectivity through the enactivist perspective, but research on subjectivity within neuroscience has not kept apace. Indeed, we possess no principled means of relating experiential phenomena to neurophysiological processes. Here, we present the Nested States Model as a framework to guide empirical investigation into the relationship between subjectivity and neurobiology. Building on recent work in phenomenology and philosophy of mind, we develop an account of experiential states as layered, or nested. We argue that this nested structure is also apparent in brain activity. The recognition of this structural homology - that both experiential and brain states can be characterized as systems of nested states - brings our views of subjective mental states into broad alignment with our understanding of general principles and properties of brain activity. This alignment enables a more systematic approach to formulating specific hypotheses and predictions about how the two domains relate to one another.