How does GEO.HEXART.PL predict earthquakes?

GEO.HEXART.PL uses Stefan Burns' 4-rule convergence methodology: (1) Solar Wind Vacuum — detecting critically low plasma density (<1 p/cm³) during high-speed solar wind streams from coronal holes, (2) X-Ray Flux Descent — identifying the discharge phase of Earth's ionospheric 'capacitor', (3) Schumann Resonance Precursors — monitoring anomalous Q-factor spikes in the 24-26 Hz band, and (4) Planetary-Lunar Catalysts — tracking New/Full Moon timing and Mercury conjunctions. When multiple rules activate simultaneously, the platform issues risk alerts (Yellow/Orange/Red) for global M6.5+ seismic windows.

What data sources does this earthquake prediction platform use?

The platform aggregates real-time data from: NOAA DSCOVR/ACE (solar wind density, speed, Bz), NOAA GOES (X-ray flux), Schumann resonance monitoring stations (Q-factor analysis), JPL Horizons (planetary ephemeris for lunar phases and conjunctions), USGS (global M4.5+ earthquakes), NASA DONKI (CME and solar events), and SOHO/LASCO (coronagraph imagery). Data is cached server-side with optimized refresh intervals (5 minutes to 24 hours).

Can I use this dashboard for YouTube live streaming?

Yes — the platform includes a dedicated broadcast-optimized Presentation Mode designed specifically for YouTube live streamers and content creators. It features full-screen slides, auto-rotating solar/coronagraph imagery, an interactive 3D earthquake globe, real-time convergence scoring, and a Time Machine scrubber for reviewing historical data during streams. The dark-themed UI is optimized for screen capture and OBS integration.

What is the Stefan Burns convergence model for earthquake prediction?

The Stefan Burns convergence model is a multi-disciplinary approach treating earthquakes as responses to cosmic environmental factors rather than isolated geological events. The model scores four parameters: solar wind plasma vacuum (main gate), X-ray flux descent (capacitor discharge), Schumann resonance Q-factor anomalies (critical trigger), and planetary/lunar geometry (catalyst). A composite score of 0-100 determines the alert level. Red alerts (full harmonic convergence) indicate M7.5-8.0+ risk windows.

GEO.HEXART.PL — Earthquake Prediction & Space Weather Dashboard

Live Convergence Index

Convergence

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Seismic Map — M5.5+ Global

Colored by magnitude · Antipodal overlays for M6.5+ ·Purple markers = antipodal stress zones

M6+

M7+

M8+

Cosmic Multimeter — Composite Time Series

Synchronized overlay: Solar wind density · Kp/Hp30 · X-Ray flux (log) · Schumann power

Astrodynamics

Heliocentric view · VSOP87 · Uranus aspects highlighted

Acquiring JPL Horizons Tracking Data...

Heliocentric 3D View

JPL Horizons Ephemeris

Drag to rotate · Scroll to zoom

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PAUSE

Tue, Mar 17, 2026, 07:51 PMT0.0 Days

Algorithm Factors A–E

A_solarWind

Very High

B_schumann

High

C_xrayFlux

Medium / High

D_lunarPlanetary

Catalyst

E_comets

Constant

Lunar Phase & Planetary Aspects

Lunar Phase

Planetary Aspects

No notable aspects in orb

Active Comets

No active comets on record

Watch Trigger Logic

PRIMARY WATCH CONDITION

IF Solar_Wind_Density < 1.0 p/cm³
AND Coronal_Hole == 'Trans-equatorial + Earth-facing'
AND Lunar_Phase IN [New, Full]
THEN trigger('High-Magnitude Earthquake Watch')

Factor A — Threshold

Density < 1.0 p/cm³ + HSS > 500 km/s

Factor B — Threshold

Mode-4 anomaly 24–26 Hz (no weather)

Factor C — Threshold

X/M flare class during decay phase

Factor D — Threshold

New/Full Moon + Uranus hard aspect

Factor E — Constant

3I/ATLAS near perihelion (+7 pts)

Score 70–100: Earthquake Watch · Score 50–69: Elevated · Score 30–49: Advisory
28-day solar rotation cycle (synodic period) tracked as recurring seismic energy window.

Advanced Analysis Interface