Schumann Resonance Today
Live 7.83 Hz Earth Frequency Monitor

Track the electromagnetic resonance of the Earth and connect with the cosmic rhythm of our planet.

7.83 Hz is Earth's natural electromagnetic heartbeat. We track it live, alongside solar storms and geomagnetic activity. Higher "Energy" = more disturbed field, often during solar flares. New here? What is the Schumann resonance?

Right now · live
NOAA SWPC · USGS · Tomsk
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3-day geomagnetic forecast: Peak expected Kp 4.67 (G1) 04 Oct 03-06 UTC — source NOAA SWPC. Storm status & alerts →

Composite scoring · How this is calculated →

What is the Schumann resonance?

The Schumann resonance is the set of natural electromagnetic frequencies that resonate in the cavity between the Earth's surface and the ionosphere, with a fundamental tone of about 7.83 Hz. Generated continuously by lightning strikes around the planet, it is often called the "heartbeat of the Earth." This page shows the live Schumann resonance spectrogram alongside the current Kp index, X-ray flux and a 3-day geomagnetic forecast.

Full guide: history, physics & the 7.83 Hz frequency →

Right now on Earth: Geomagnetic conditions quiet: Kp 2.3. X-ray flux B2.4, composite Earth-energy score 19 of 100 (Calm). 3-day forecast: Peak expected Kp 4.67 (G1) 04 Oct 03-06 UTC — source NOAA SWPC. Last solar flare B2.9 (8 h ago). M4.5+ earthquakes in past 24h: 18, max M5.8 Vilyuchinsk, Russia. Updated .

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Schumann Resonance Live

Live Schumann Resonance spectrogram from the Tomsk station, Russia, covering the last three days

Right now the Schumann resonance fundamental sits at 7.83 Hz, with geomagnetic activity quiet (Kp 2.3). Spectrogram from the Tomsk station, checked for a new image every minute.

Last 3 days · Tomsk station · checked for a new image every 60 s

Community Pulse — Today's Top 10

Cosmic Data — Space Weather

Solar flares · last 7 days

Cosmic Now

Moon Phase

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Moon Phase

Calculating the current phase…

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Solar Observation

NOAA GOES SUVI — live solar imagery

Source: NOAA SUVI via spacemonitor.io
SUVI 131 Å — Hottest coronal structures
131 Å

Hottest coronal structures

SUVI 171 Å — Quiet corona
171 Å

Quiet corona

SUVI 193 Å — Coronal holes and structures
193 Å

Coronal holes

SUVI 304 Å — Chromosphere and prominences
304 Å

Chromosphere & prominences

Aurora Forecast

NOAA OVATION model — aurora oval probability

Source: NOAA SWPC
Aurora Borealis forecast — OVATION model, Northern Hemisphere
Northern Hemisphere

The further south the oval extends, the further south auroras are visible. Scandinavia from Kp 3, northern Germany from Kp 6–7, central Europe from Kp 8+.

Aurora Australis forecast — OVATION model, Southern Hemisphere
Southern Hemisphere

Mirror of the northern oval. Mostly visible across Antarctica, the southern tip of New Zealand, and Tasmania.

Schumann Resonance — Cumiana Station

Second monitoring station — Cumiana, Italy

Source: vlf.it
Cumiana station — geophone and electric field plot
Geophone & E-field

Live ELF readings from the Cumiana observatory. A useful cross-reference to the Tomsk station — for solid claims always compare at least two sources.

Cumiana station — daily strip chart
Daily strip

24-hour view of the Schumann band measured in Italy. Local interference is common, so individual spikes alone aren't enough to call a global event.

Atmospheric Charge & Radio Blackout

Ground-level charge from a single station, shortwave blackout risk from NOAA

Source: SSGEOS · NOAA SWPC
Atmospheric charge, SSGEOS station 1 — past 24 hours in millivolts
Atmospheric charge (station 1)

Near-surface atmospheric charge in millivolts, rolling 24 hours, refreshed every 10 minutes. Levels track local temperature inversely: warmer air reads lower. Measured by SSGEOS, a single ground station, so read it as one local signal rather than a global one.

Radio Blackout forecast — shortwave status R1 to R5
Radio Blackout

NOAA D-RAP. Levels R1 (minor) through R5 (extreme). Shows shortwave radio fadeouts on the daylit side. Duration: minutes to hours.

Seismic & Volcanic Activity

Earthquakes & volcanoes — last 24–48 hours worldwide

Source: USGS · spacemonitor.io
M4.5+ earthquakes · last 24h
Latest earthquakes worldwide — past 24 to 48 hours
Earthquakes worldwide

Past 24–48 hours. Dots show location, magnitude and depth. Most earthquakes cluster along tectonic plate boundaries.

Seismic activity level
Activity level
Earthquake statistics — last 24 hours
24 hours
Earthquake statistics — last 30 days
30 days
Active volcanoes worldwide — current eruption status
Active volcanoes

Around 1,500 active volcanoes worldwide, with 20–30 erupting at any given time. Major eruptions can briefly perturb the ionosphere and the Schumann resonance.

Daily Insight

Today's reading · calm

Subdued Solar Breath, Firm Planetary Baseline

Kp sits at 1.33 and solar wind trails in at 295 km/s, placing Earth's electromagnetic environment in a notably tranquil state. The Schumann fundamental holds at its 7.83 Hz baseline.

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Tools

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Frequently Asked Questions

What is the Schumann Resonance? +

The Schumann Resonance is the electromagnetic frequency of the Earth, vibrating at approximately 7.83 Hz. Discovered by physicist Winfried Otto Schumann in 1952, it is often called the 'heartbeat of the Earth' — a set of natural electromagnetic waves generated by lightning discharges in the cavity between Earth's surface and the ionosphere.

How does the Schumann Resonance affect humans? +

No health effect of the Schumann Resonance has been established. Researchers have looked for links between geomagnetic or Schumann activity and things like heart rhythm, sleep and mood, but the links reported so far are correlations, not proof of cause and effect. Some people say they feel tired or restless on stormy days. That is personal experience, not a measured effect, and nothing here is medical advice.

What is the normal frequency? +

The fundamental frequency is approximately 7.83 Hz, with harmonic peaks near 14, 20, 26 to 27 and 32 to 33 Hz. In practice the fundamental drifts between about 7.4 and 8.2 Hz with the season, the time of day and global lightning activity. During solar flares and geomagnetic storms it is mainly the intensity that changes; the peak frequencies shift only slightly.

Why is it called Earth's heartbeat? +

Because it is a constant electromagnetic pulse that has surrounded all life on Earth for hundreds of millions of years — a planetary rhythm we evolved within.

How can I track it today? +

Right here. We check the Tomsk station for a new spectrogram every minute (the station itself posts new data less often), pull the Kp-index and X-ray flux from NOAA SWPC, and publish a daily energy report.

When the field gets loud

Seven minutes when nobody wants anything from you.

A guided audio practice for the days the field gets loud. With binaural 7.83 Hz earth-frequency in the background. 6-page companion PDF.

See the 7-Min Reset · $11

Audio + PDF · instant download · 14-day money-back