Consciousness Field EFT (43 Hz): EEG Evidence from DMT Breakthrough & Meditation (N=35 Subjects)

During peak conscious states such as deep meditation and DMT or 5-MeO-DMT breakthrough, gamma-band power near 43 Hz is selectively enhanced compared to eyes-open and eyes-closed baselines. Temporal locking occurs between 43 Hz gamma surges and multifractal spectrum collapse, with consistent convergence across subjects at approximately 41 seconds. AAFT surrogate testing confirms non-random dynamics (p < 0.01 for key features). High-density 256-channel mapping examples show directed 43 Hz signal from the pineal region to the AFz electrode, with up to +34.2 dB amplification in select cases.

Study at a glance

Abstract

Consciousness Field EFT (43 Hz): EEG Evidence from DMT Breakthrough & Meditation (N=35 Subjects) Updated to the full N=35 subject cohort. Data sources: • N=32 subjects from the raw EEG dataset: https://zenodo.org/records/3992359 (includes DMT sessions + EO/EC baselines) • Additional N=3 subjects: • 1 deep meditation session • 1 DMT breakthrough session • 1 5-MeO-DMT breakthrough session This record contains the complete processed analyses and Python scripts for the entire dataset: • Selective gamma-band power enhancement near 43 Hz during peak conscious states (deep meditation, DMT/5-MeO-DMT breakthrough) compared to EO/EC baselines • Temporal locking between 43 Hz gamma surges and multifractal spectrum collapse (Δα) • Consistent convergence across subjects at t≈41 s • AAFT surrogate testing confirming non-random dynamics (p < 0.01 for key features) • High-density 256-channel mapping examples showing directed 43 Hz signal from pineal region to AFz electrode (+34.2 dB amplification in select cases) Included files: • All individual subject analysis scripts (.py) — HFD/DFA for the full N=35, plus full analyses (PSD, time-course, coherence, etc.) for select subjects • Group convergence and meta-analysis scripts • Selected representative plots (.png) for key subjects No full plot set uploaded — run the .py scripts on raw .bdf data to generate all visuals (reproducible). This empirical foundation directly supports the 43 Hz resonance used in the ALADIN v1.5 simulation framework (C-field proxy, Genie scalar, pineal-DNA coupling): https://doi.org/10.5281/zenodo.18686446 Author: Mihai Alexandru Bucurenciu (Independent Researcher) Contact: aladinibz@proton.me