Pre-Registration: Altered States of Consciousness as Sephirotic Phase Transitions — Testing Five Zero-Parameter MPFST Predictions Against Public EEG/MEG Datasets

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Main Author: Freeman, Carlos W.
Format: Recurso digital
Published: Zenodo 2026
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author Freeman, Carlos W.
author_facet Freeman, Carlos W.
contents Pre-registration of five quantitative predictions from Multi-Plane Field Syntergic Theory (MPFST) regarding the neural signatures of altered states of consciousness (sleep, anesthesia, psychedelics, DMT). All predictions are derived from the canonical 11-node Sephirotic graph Laplacian spectrum with α = 6/5 fixed — zero free parameters. Each prediction specifies exact numerical values, datasets, analysis pipelines, null models, and success/failure criteria. Published before any data analysis to establish temporal priority. Predictions: (1) Spectral exponent hierarchy across consciousness states matches eigenmode activation count, (2) Transition dynamics follow Mittag-Leffler relaxation with α = 6/5, (3) Theta-dominant destabilization under anesthesia from Sephirotic hub topology, (4) Lempel-Ziv complexity tracks effective spectral dimension via mode count, (5) Sleep stage CFC structure follows eigenvalue-ordered mode deactivation.
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publishDate 2026
publisher Zenodo
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spellingShingle Pre-Registration: Altered States of Consciousness as Sephirotic Phase Transitions — Testing Five Zero-Parameter MPFST Predictions Against Public EEG/MEG Datasets
Freeman, Carlos W.
MPFST
Sephirotic graph
consciousness
altered states
pre-registration
EEG
MEG
psychedelics
DMT
anesthesia
sleep
fractional dynamics
Mittag-Leffler
spectral exponent
cross-frequency coupling
Lempel-Ziv complexity
phase transition
Tree of Life
alpha=6/5
Pre-registration of five quantitative predictions from Multi-Plane Field Syntergic Theory (MPFST) regarding the neural signatures of altered states of consciousness (sleep, anesthesia, psychedelics, DMT). All predictions are derived from the canonical 11-node Sephirotic graph Laplacian spectrum with α = 6/5 fixed — zero free parameters. Each prediction specifies exact numerical values, datasets, analysis pipelines, null models, and success/failure criteria. Published before any data analysis to establish temporal priority. Predictions: (1) Spectral exponent hierarchy across consciousness states matches eigenmode activation count, (2) Transition dynamics follow Mittag-Leffler relaxation with α = 6/5, (3) Theta-dominant destabilization under anesthesia from Sephirotic hub topology, (4) Lempel-Ziv complexity tracks effective spectral dimension via mode count, (5) Sleep stage CFC structure follows eigenvalue-ordered mode deactivation.
title Pre-Registration: Altered States of Consciousness as Sephirotic Phase Transitions — Testing Five Zero-Parameter MPFST Predictions Against Public EEG/MEG Datasets
topic MPFST
Sephirotic graph
consciousness
altered states
pre-registration
EEG
MEG
psychedelics
DMT
anesthesia
sleep
fractional dynamics
Mittag-Leffler
spectral exponent
cross-frequency coupling
Lempel-Ziv complexity
phase transition
Tree of Life
alpha=6/5
url https://doi.org/10.5281/zenodo.19562649