How’s the Schumann Resonating?

Right Now

The Earth's electromagnetic field is quiet and settled today, the sun has been calm, the magnetosphere is neutral, and there's very little activity stirring things up. When the field is this still, many people find it easier to think clearly and feel grounded, as though the world itself has taken a steady breath. This is a day that tends to feel gentle and unrushed, the kind of backdrop where you can settle into what matters without much agitation underneath.

Reading: the Schumann field is quiet, from one station.

That is within its usual range for this time of day, going by the 5 earlier days the station's chart shows clearly at this hour.

What To Expect

From the station's own chart over the last 5 days, read the same way as the reading above. "Quiet", "elevated" and "high" describe how strongly the Schumann bands show on the station's spectrogram. Times are UTC.

Today

Quiet at every hour of the day, going by the last 5 days at the station. It stands out most from 00:00 to 03:00 UTC and least from 06:00 to 09:00 UTC, though the difference is small.

This Week

Expect the same daily pattern each day this week. Nothing we measure predicts a particular day's Schumann activity in advance: it follows thunderstorm activity across the whole planet, which we do not forecast. So the warning we can give is live: when a reading strays from the station's usual for that time of day, this page says so, and if you have Schumann alerts on, we tell you.

Further Ahead

We do not forecast the Schumann resonance a month ahead. Seeing a station's seasons takes a year of its record, and the chart we read holds days of it; a number we could not stand behind would be worse than saying so.

The Fundamental, Near 7.83 Hz · Eskdalemuir, Scotland

The fundamental is the lowest note of the resonance, the one wave that fits exactly once around the planet, and the one most people mean when they say “the Schumann resonance”. Across the whole of 12 November 2026 (UTC), Eskdalemuir Observatory measured it at 7.79 Hz, between 7.70 and 7.89 Hz hour by hour, standing clear in 24 of 24 hours.

This is always the day before: Eskdalemuir publishes each day’s calibrated chart once it is complete, so it is a day behind by design. It is the only station we read whose fundamental stands clear of local interference. We acknowledge the use of induction coil data from Eskdalemuir Observatory, supplied by the British Geological Survey.

Two Stations Cross-Checking

The two stations are about a thousand kilometres apart and use different instruments (an electric-field antenna and a magnetic coil), and both read the second Schumann mode, so the pair can be compared directly.

Every Schumann reading on this page is Ask Aunt Starling’s own interpretation, formed by our own software from the observatories’ publicly available charts. The observatories publish their data for scientific and technical purposes only, and they do not endorse, validate or collaborate with this site.

ETNA, Magnetic-field Spectrogram

The live image is on the ERO Team’s own page, and it is not reproduced here. See it at the source. The readings above are our own, measured from the public spectrogram.

The last eight hours from the Etna Radio Observatory (ERO Team). The bright line at 50 Hz is Italy’s mains electricity, not the Earth.

What Does It Mean?

The Schumann resonances are the Earth’s own electromagnetic “heartbeat”, standing waves in the gap between the ground and the ionosphere. The fundamental sits near 7.83 Hz, close to the brain’s theta/alpha rhythms, with overtones near 14, 21, 27 and 34 Hz. When the field is calm and the fundamental is carrying it, people tend to feel more in sync and grounded; an agitated or shifting field can feel activating or scattered. I read it from two stations so a local blip doesn’t get mistaken for a global one, listen to your body, not the noise.