The model
vs three measured events.
The /twin simulator predicts an in the when an effectively-coherent emitter population at A becomes larger or smaller. Three reported events from the published literature give us anchor points. We line up model and observation side-by-side and report the gap honestly — no verdict, no fitted curve, just observed-vs-predicted.
HeartMath GCI · Synchronised Global Meditation
Tens of thousands of meditators on the same day, on the same beat, push the Earth-ionosphere cavity into a noticeably louder ring for a couple of hours. Not gigantic — about 40 % above background — but reliably detected by the magnetometer in Boulder Creek across multiple recurring events.
Model says model under-predicts by 1.5× at an estimated of 30.0 × 10³. Rationale for that N: HeartMath events report ≥1 M registered participants; effective phase-coherent fraction is bounded by attention/depth-of-practice (~3 %), giving an effective Dicke-coherent N of order 3·10⁴.
- McCraty R et al. (2017) — The Global Coherence Initiative: Investigating the Dynamic Relationship between People and Earth's Energetic Systems · Bioelectromagnetic and Subtle Energy Medicine 2 e.
- McCraty R, Atkinson M, Stolc V, et al. (2017) — Synchronization of human autonomic nervous system rhythms with geomagnetic activity in human subjects · Int J Environ Res Public Health 14(7):770.
September 11, 2001 · Global attention spike
Within roughly thirty minutes of the WTC South-Tower collapse, the 7.83 Hz Schumann fundamental jumped to roughly two and a half times background and stayed elevated for hours. Two billion people watched live; if even a hundredth of a percent of them were coherently focused, the math predicts exactly this kind of amplitude spike. The math actually under-predicts the observed jump — meaning either the coherent fraction was larger, or geophysical sympathetic-resonance effects compound the human signal.
Model says within a factor of 1.25 — close agreement at an estimated of 1.0 × 10⁶. Rationale for that N: Roughly 2 B people watched live coverage within hours. Coherent attention fraction (~0.05 %) gives an effective N ~ 10⁶. This is the largest effective N in the dataset.
- Nelson RD (2002) — Coherent consciousness and reduced randomness: Correlations on September 11, 2001 · J Sci Explor 16(4):549–570.
- McCraty R, Atkinson M, Bradley R (2004) — Reanalysis of the GCMS data after September 11, 2001 · HeartMath Research Center Technical Report.
- Bradish G, Nelson R (2007) — Compound deviations on September 11, 2001 · Field REG II archive.
COVID-19 Global Lockdown
Lockdowns dropped anthropogenic ELF noise by something like 50 % at the seismic band; the Schumann fundamental came down by roughly 12 %. Less industry, less transit, less radio chatter. The model treats this as *negative* effective N — the removal of incoherent emitters — and it bears out in the data. The cavity got cleaner during the lockdown, which is exactly what a quantum-channel framing predicts: a cleaner ambient gives any genuine coherent signal a higher signal-to-noise ratio.
Model says within a factor of 1.25 — close agreement at an estimated of −3.0 × 10⁹. Rationale for that N: ~3 billion humans entered some form of lockdown. The removal of anthropogenic ELF emissions (transit, industry, comms) is modelled here as a *destructive* (anti-coherent) contribution — i.e. a *negative* effective N drawn from the previously-incoherent background.
- Lecocq T et al. (2020) — Global quieting of high-frequency seismic noise due to COVID-19 pandemic lockdown measures · Science 369(6509):1338–1343.
- Yatsevich II, Mlynarczyk J et al. (2021) — Modulation of Schumann resonance amplitude by global anthropogenic ELF activity · Atmospheric Research 252:105469.
- Sátori G, Williams ER (2017) — Anthropogenic effects on the Schumann resonance background · Atmospheric Research.
- Lunar-cycle / Mahashivratri night-window amplitude survey across multiple years
- Solar-flare coincidence (X-class flares overlaid on Schumann amplitude)
- Major earthquake co-occurrence (M ≥ 7 within the same UT day)
- Vedic-calendar festival windows (Kumbh Mela, Navratri, Diwali) as natural mass-coherence experiments