Cosmic-Terrestrial Monitor
EtherWatch monitors real-time cosmic and terrestrial events—solar flares, geomagnetic storms, earthquakes, and planetary alignments—to reveal correlations between celestial activity and earthly phenomena. By tracking these patterns, we explore the ancient wisdom of "as above, so below," offering insights into how cosmic forces may influence consciousness, collective events, and the natural world.
Live solar, geomagnetic, and seismic data, normalized to a 0–10 scale so they can be compared on one axis. Hover any point to see the real measured value. Gaps mean no data for that day.
X-ray flux monitoring from GOES satellite
• Real-time X-ray monitoring from NOAA GOES satellite
• Current solar activity classification based on X-ray flux levels
• Classes: A (weakest) → B → C → M → X (strongest)
Data from NOAA Space Weather Prediction Center
Kp index and magnetosphere activity
• Kp Index: Planetary geomagnetic activity scale (0-9)
• Current conditions: Quiet to unsettled geomagnetic field
• Storm levels: Kp 5+ indicates geomagnetic storm conditions
Data from NOAA SWPC
Past 30 days, ranked by magnitude - Live from USGS
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Active eruptions and alerts (curated list)
Significant alignments and their energetic signatures
Earth's electromagnetic field — the 7.83 Hz fundamental
The Schumann resonances are natural electromagnetic standing waves in the cavity between Earth's surface and the ionosphere, excited continuously by the roughly 2,000 lightning storms active around the globe at any moment. They appear as peaks in the extremely-low-frequency band at approximately 7.83, 14.3, 20.8, 27.3, and 33.8 Hz, with 7.83 Hz as the fundamental.
Unlike solar and seismic data, there is no public real-time data feed for Schumann resonance. The primary scientific monitor is the Space Observing System at Tomsk State University (Siberia), which publishes a live spectrogram updated throughout the day.
View the current Schumann resonance spectrogram directly from the Tomsk observatory:
Open live Tomsk spectrogram →Source: Space Observing System, Tomsk State University (sosrff.tsu.ru / sos70.ru). Spectrogram times are in Tomsk local time (UTC+7).
Bright horizontal bands near 7.8, 14, 20, 27 and 34 Hz are the resonance modes themselves — the steady "heartbeat."
Vertical black bars mean no data was registered for that period (an equipment or transmission gap), not a geophysical "blackout."
Bright vertical streaks are usually local lightning near the sensor, not a global event.
Schumann resonance overlaps the human alpha/theta brainwave range, which has long made it a subject of consciousness research. EtherWatch presents it as an open area of inquiry: the geophysics is well established, while the consciousness links remain under investigation.
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