The Multi-Perspectival Monism of the Mind: A Neurodynamic Foundation for the Philosophy of Enactive Inference
Preprints.org October 22, 2025 preprint DOI: 10.20944/preprints202510.1638.v1 (opens in new tab) via OpenAlex
Summary
AI-generated from the abstractThe brain's spatiotemporal dynamics act as a common currency linking neuronal and mental processes. A multi-layered synthesis of theories from Northoff, Buonomano, Friston, and Carhart-Harris, extended by affective and homeostatic regulation of predictive processing, shows that the dynamic balance of two limbic memory systems (E/I balance) realizes precision weighting as lived affect—confidence versus anxiety. The sleep cycle recalibrates the brain's spatiotemporal architecture daily through oscillation between sub- and super-critical states. This neurodynamic architecture exemplifies multi-perspectival monism: a single psycho-physical process accessible from both third-person (E/I balance, criticality) and first-person (affect, consciousness) perspectives, forming a naturalistic, non-reductive, processual ontology of mind.
Study at a glance
| Characteristics | Theoretical or philosophical paper |
|---|---|
| Topics | Philosophy of mind |
| Keywords | Inference Naturalism Monism Mechanism biology Foundation evidence |
| Key finding | Argues that the dynamic balance of limbic memory systems (E/I balance) realizes the formal "precision weighting" of the predictive brain as lived affect, and that the sleep cycle recalibrates the brain's spatiotemporal architecture, providing a concrete example of multi-perspectival monism. |
Abstract
This manuscript provides a naturalistic foundation for a Philosophy of Enactive Inference and, on this basis, argues for a multi-perspectival monism. Starting from the thesis that the spatiotemporal dynamics of brain activity function as a "common currency" for neuronal and mental processes, the paper develops a multi-layered synthesis of the theories of Northoff, Buonomano, Friston, and Carhart-Harris. This model is crucially extended by integrating recent work on the affective and homeostatic regulation of predictive processing. It is demonstrated how the dynamic balance of two limbic memory systems (E/I balance) realizes the formal "precision weighting" of the predictive brain as lived affect (confidence vs. anxiety). Furthermore, the sleep cycle is identified as the homeostatic mechanism that recalibrates the brain's spatiotemporal architecture daily through the oscillation between sub- and super-critical states. The neurodynamic architecture thus described provides a concrete example of multi-perspectival monism: a single, psycho-physical process accessible from both the third-person perspective (E/I balance, criticality) and the first-person perspective (affect, consciousness), thereby forming the naturalistic basis for a non-reductive, processual ontology of the mind.