ALADIN v.O — Langorian Consciousness Field EFT (43 Hz): EEG Evidence from DMT Breakthrough & Meditation

Across altered and non-altered states of consciousness, including high-dose DMT, deep meditation, and eyes-open/eyes-closed baselines, EEG analyses consistently reveal a time-localized collapse of the multifractal spectrum width (Δα) during peak conscious state transitions, indicating transient dynamical ordering. This collapse is temporally locked with a selective enhancement of gamma-band power near 43 Hz, distinguishable from adjacent gamma ranges. Surrogate testing confirms these effects are not attributable to linear or phase-randomized dynamics. The findings are replicated across multiple subjects and conditions, providing a reproducible dynamical signature centered on ~43 Hz gamma activity and multifractal collapse that motivates a proposed effective-field description of consciousness-related neural dynamics.

Study at a glance

Abstract

This Zenodo record accompanies ALADIN v.O — Langorian Consciousness Field EFT (43 Hz) and provides a fully reproducible EEG-based empirical foundation for a proposed effective-field description of consciousness-related neural dynamics centered around ~43 Hz gamma activity. The release combines multi-subject EEG analyses, a unifying EFT formulation, and a final integrative poster, bringing theory, data, and visualization into a single citable archive. Core empirical findings Across altered and non-altered states of consciousness (high-dose DMT, deep meditation, and EO/EC baselines), the analyses consistently reveal: • A time-localized collapse of the multifractal spectrum width (Δα) during peak conscious state transitions, indicating transient dynamical ordering. • A selective enhancement of gamma-band power near 43 Hz, distinguishable from adjacent gamma ranges (~40 Hz). • Temporal locking between Δα collapse and 43 Hz gamma enhancement, observable across subjects and conditions. • AAFT surrogate testing confirming that the Δα collapse and gamma coupling are not attributable to linear or phase-randomized dynamics. • Replication across multiple subjects, including control EO/EC comparisons. Contents of this release Core datasets and analyses (Python): • s01_full_analysis.py — DMT breakthrough, complete 13-figure analysis suite • s11_full_analysis.py • s25_full_analysis.py • s31_meditation_full_analysis.py • s35_full_analysis.py (including EO/EC comparisons) Figures (PNG): • Multifractal DFA fluctuation functions and scaling exponents • Singularity spectra and Δα time courses • Joint Δα–gamma (43 Hz vs ~40 Hz) dynamics • Power spectral density (pre/post transition) • Statistical box plots with confidence intervals • Surrogate and Z-score validation plots • EO/EC comparison figures Theory and synthesis: • ALADIN_v.O_Langorian_Consciousness_Field.EFT.py — formal effective-field formulation defining the Langorian Consciousness Field and its coupling to neural observables • ALADIN_v.O_Final_Poster.png — final integrative poster summarizing theory, methods, and empirical results in a single visual artifact Raw EEG files (BDF/EDF) are hosted in the associated public GitHub repository and are accessed directly by the analysis scripts, ensuring full end-to-end reproducibility. Scope and intent This release is presented as an open scientific dataset and framework, not as a finalized theory of consciousness. It documents a reproducible dynamical signature—centered on ~43 Hz gamma activity and multifractal collapse—that motivates the proposed Langorian Consciousness Field EFT. All materials are provided to enable independent verification, critique, and extension.