Real-time ELF band data from Tomsk State University, Russia.
Coronal loops, chromosphere, and CME monitoring.
First predicted by Winfried Otto Schumann in 1952, the fundamental frequency is approximately 7.83 Hz — a standing electromagnetic wave in the cavity between Earth's surface and the ionosphere, driven by ~50 lightning strikes per second worldwide. This official Schumann Resonance monitoring platform provides real-time data from Tomsk Observatory, NASA, and NOAA.
7.83 Hz aligns with alpha waves (8-12 Hz), linked to relaxation and creative states.
SR variations correlate with heart rate variability, blood pressure, and melatonin.
Kp ≥ 5 storms cause amplitude spikes and potential "whiteout" events.
7.83, 14.3, 20.8, 27.3, 33.8 Hz — each carries unique ionospheric data.
Welcome to the official Schumann Resonance live monitoring platform. Track Earth's electromagnetic frequency in real-time with our comprehensive spectrogram charts, 3D globe visualization, and space weather data. Our Schumann Resonance tracker provides continuous 24/7 live graph monitoring from Tomsk Observatory in Russia, complemented by NASA and NOAA data.
Schumann Resonance Today: View current Schumann Resonance activity with our live spectrogram showing the fundamental 7.83 Hz frequency and its harmonics at 14.3 Hz, 20.8 Hz, 27.3 Hz, and 33.8 Hz. Our Schumann Resonance chart displays real-time electromagnetic field intensity, helping you understand Earth's frequency patterns and space weather impacts.
Tomsk Schumann Resonance: We source official data from Tomsk State University's SOSRFF observatory, providing the most accurate Schumann Resonance measurements available. The Tomsk Schumann Resonance monitor has been tracking Earth's electromagnetic pulse since 2012, offering reliable scientific data for researchers and enthusiasts worldwide.
Schumann Resonance Live Map & Tracker: Our interactive 3D globe shows global monitoring stations and real-time data points. Track Schumann Resonance spikes, whiteout events, and normal activity patterns with our advanced visualization tools. The Schumann Resonance tracker alerts you to significant changes in Earth's electromagnetic field.
Earth Frequency & Space Weather: Beyond Schumann Resonance monitoring, we provide comprehensive space weather data including Kp-Index, solar wind speed, X-ray flux, and geomagnetic storm information. Understanding the connection between solar activity and Schumann Resonance patterns helps predict frequency variations and intensity changes.
Schumann Resonance Official Site: As the official Schumann Resonance monitoring platform, we provide accurate, real-time data from authoritative sources. Our Schumann Resonance official site combines data from multiple observatories including Tomsk, NASA SDO, and NOAA SWPC to deliver the most comprehensive Earth frequency monitoring available online.
The Schumann Resonance consists of five primary harmonics: 7.83 Hz (fundamental), 14.3 Hz (second harmonic), 20.8 Hz (third harmonic), 27.3 Hz (fourth harmonic), and 33.8 Hz (fifth harmonic). Each harmonic carries unique information about ionospheric conditions and electromagnetic activity. Our live spectrogram displays all five harmonics simultaneously, allowing for comprehensive analysis of Earth's electromagnetic environment.
A Schumann Resonance whiteout event occurs when intense electromagnetic activity causes the spectrogram to display white across all frequencies. These events typically happen during G3+ geomagnetic storms and periods of high solar activity. Our platform tracks these events in real-time, providing alerts and historical data for analysis.
While Tomsk Observatory provides the primary data source, Schumann Resonance monitoring occurs at various locations worldwide. Our platform aggregates data from multiple sources to provide a global perspective on Earth's electromagnetic frequency. Track Schumann Resonance today, yesterday, and historical patterns with our comprehensive monitoring tools.
~7.83 Hz (7.0-8.5 range). Harmonics at 14.3, 20.8, 27.3, 33.8 Hz.
Tomsk State University SOSRFF, Russia — continuously monitoring since 2012.
Green/blue = low. Yellow/orange = elevated. White = extreme. X-axis = time (UTC), Y-axis = frequency (0-40 Hz).
Geomagnetic activity on 0-9 scale from 13 observatories. 5+ = storm conditions affecting Schumann patterns.
Intense white across all frequencies — extreme EM activity from G3+ geomagnetic storms.
Tomsk: ~1 min. NOAA: every 5 min. Solar: 15-30 min. All auto-refresh automatically.