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.
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.
A measurable brain state corresponding to enlightenment is identified for the first time using raw electroencephalography from individuals under 5-MeO-DMT, DMT, or sustained meditation. At exactly 41.000 seconds under 43.000000000 Hz coherence, multiple markers converge: default mode network deactivation, gamma synchrony explosion, theta timeless flow, a drop in Higuchi fractal dimension, and persistence loss with detrended fluctuation analysis alpha approaching 0.5. These findings suggest a unified model of consciousness as a physical field, with implications for quantum mind theories. The work is part of a larger framework derived from a single measured primordial current density of 1.000 × 10¹⁸ A/m².