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Earth's Heartbeat & Vibration

Visualize the pulse of the planet in real-time through the Schumann Resonance.

Thursday, January 15

The Schumann Resonance measures the electromagnetic frequencies of the Earth's atmospheric cavity, vibrating at a fundamental frequency of 7.83 Hz. Many energy sensitive individuals report feeling heightened anxiety or fatigue during "power spikes" (white patches) on the spectrogram.

First predicted by physicist Winfried Otto Schumann in 1952, these resonances represent the "heartbeat" of our planet's electromagnetic field. Changes in intensity may correlate with global lightning activity, solar events, and geomagnetic disturbances.

Live Spectrogram

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Top: Seismic (1-30 Hz)
Geophone sensor detecting ground vibrations and local seismic activity
Bottom: Electric Field (1-105 Hz)
Marconi antenna capturing atmospheric electromagnetic signals
Time (UTC) → ↑ Frequency (Hz)
Intensity Key
Low Moderate Elevated High Very High
Data: Cumiana VLF Monitoring Station, NW Italy (44°57'N, 7°25'E) Updates Every 30 minutes | 8-hour display

Reading the Spectrogram

The spectrogram displays horizontal bands at specific harmonic frequencies. Color intensity represents electromagnetic signal strength over time.

Harmonic Frequencies
7.83 Hz
Fundamental (1st Harmonic)
Primary Earth-ionosphere resonance. Associated with alpha/theta brainwaves.
14.3 Hz
2nd Harmonic
First overtone. Falls within beta brainwave range.
20.8 Hz
3rd Harmonic
Second overtone. Higher beta activity range.
27.3 Hz
4th Harmonic
Third overtone.
33.8 Hz
5th Harmonic
Fourth overtone. Gamma brainwave correlation.
39+ Hz
Higher Harmonics
Additional resonance peaks visible in active periods.
Activity Patterns
Quiet Conditions

Predominantly dark blue/black colors with faint horizontal bands at harmonic frequencies. Normal baseline activity.

Active Conditions

Brighter green/yellow bands visible. Indicates increased global lightning activity or ionospheric disturbances.

Power Spikes

Bright orange/red/white patches. Often correlated with strong geomagnetic storms or solar activity.

Vertical Lines

Indicate local interference or strong single events like nearby lightning strikes.

Data: Cumiana VLF Monitoring Station | Operated by Renato Romero (IK1QFK)