BU15 Conscious Standing under Single-Universe Boundary Consistency
Abstract
Abstract This paper develops Conscious Standing under Single-Universe Boundary Consistency as a structural account of consciousness within a fixed boundary regime. Its central claim is that consciousness should not be treated as an external substance, a detached observer, or a metaphysical surplus over matter. Under single-universe boundary consistency, consciousness is defined as a high-order standing of low-entropy organized structure: a locally stabilized configuration that can sustain self-indexing, readable self-reference, causal participation, and settlement-bearing feedback within one admissible universe. In this framework, matter, information, consciousness, causality, and settlement do not form separate explanatory layers, but a single reality-network under one fixed boundary background. The paper formalizes consciousness as a boundary-consistent high-order structure rather than a mysterious subjective residue. It argues that consciousness arises when a local system can continuously bind more of its own internal states and environmental relations into one self-maintaining causal-feedback loop. This yields a more precise distinction between mere complex organization and conscious standing: not every ordered system is conscious, but every conscious system must exhibit sustained self-readability, indexable internal closure, and admissible feedback under the same global boundary regime. Consciousness is therefore reclassified from an isolated philosophical puzzle into a structured mode of low-entropy realization within one universe. The result is a cleaner, harder, and more operational foundation for later work on self-recognition, indexability, and ordered conscious unfolding.
Fields of Study & Subjects
Embodied and Extended Cognition
Philosophy and Theoretical Science
Plant and Biological Electrophysiology Studies
Publication details
- Journal / source
- Zenodo (CERN European Organization for Nuclear Research)
- Publication date
- 14 April 2026
- Document type
- Preprint