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Neuroscience & Consciousness

This domain connects the structural Core of the Dimensional Emergence Framework (DEF) to neuroscience and the study of consciousness.

DEF does not treat consciousness as a primitive substance.
Instead, it treats conscious access as a regime-level phenomenon that depends on:

  • closure-stable integration,
  • bounded self-reference,
  • constraint satisfaction,
  • and ordered traversal of states (Entry → Crisis → Resolution).

This domain focuses on three questions:

  1. What structural conditions must hold for conscious access to be possible at all?
  2. How can neural signatures be interpreted as indicators of closure, self-reference, and phase ordering?
  3. How do perturbations (sleep, anesthesia, psychedelics, seizures) map to regime transitions and constraint tension?

The Core defines:

  • two coupled aspects (often written as Existence and Happening),
  • four operative modes (S, R, D, X̂),
  • seven self-references,
  • five constraints,
  • and three phases.

In neuroscience terms, this domain treats these as structural prerequisites for:

  • stable perceptual integration,
  • reportable access,
  • and recoverability after perturbation.

No domain content introduces new primitives beyond the Core.


  • a DEF-compatible vocabulary for discussing neural integration without committing to a single theory of consciousness,
  • a mapping from closure/constraint tension to common experimental paradigms,
  • and interpretative hypotheses (not proofs) for well-known markers such as:
    • mismatch responses,
    • P3-family components,
    • ignition/global workspace-like transitions,
    • and state-dependent connectivity changes.

  • a complete neuroscientific theory,
  • clinical claims or medical guidance,
  • or definitive identifications of DEF terms with specific brain regions.

All mappings remain structural and are meant to be tested, refined, or rejected.


  1. Consciousness in DEF — conceptual mapping from Core structures to conscious access
  2. Neuroscience Correlates — candidate neural signatures and how DEF would interpret them
  3. Perturbations & State Changes — regime shifts under perturbation, anesthesia, sleep, psychedelics

This domain provides a structural bridge: from kernel closure to observable neural dynamics and state transitions.