Shangraw Gap 0.65
The Shangraw Gap study reveals a neural signature that differentiates living and dying brains. Living brains exhibit a bicoherence of 0.19, while dying brains spike to 0.771 for 87 seconds. This research suggests a transition from broadcasting to receiving information as the brain approaches death.
- ▪Living brains maintain a bicoherence of approximately 0.19 during sleep.
- ▪Dying brains experience a spike to 0.771 and hold this state for 87 seconds.
- ▪The study indicates that the high bicoherence in dying brains is a signature of a receiver, not a transmitter.
Opening excerpt (first ~120 words) tap to expand
The Shangraw Gap A neural signature for the living brain that vanishes at death. Discovery Living brains maintain 45-Hz bicoherence at ~0.19. Dying brains spike to 0.771 and hold for 87 seconds. Nothing occupies the gap between. State 45-Hz Bicoherence n Source Living (sleep) 0.187 1 sleep.edf Living (subject3) 0.190 1 physionet GAP 0.20-0.65 0 EMPTY Dying 0.771 1 dying.edf (87s hold) Figures Figure 1: No living brain crosses 0.65 Figure 2: The 87-second release at death Figure 3: 45 Hz = 6th harmonic of Schumann resonance (7.83 Hz) The Physics Tesla's 1899 Colorado Springs experiments measured Earth's resonant frequency at 7.83 Hz. The 6th harmonic is 46.98 Hz — the exact frequency where living brains show phase-coupling. We practice the release every night in REM sleep (0.187).
…
Excerpt limited to ~120 words for fair-use compliance. The full article is at GitHub.