EM Field Anomaly Tracker: Real Sources Behind "UFO Fields"

Interference sources

Power line current 60%

Cell tower transmit power 55%

Vehicle ignition noise 40%

Meter reading

Total field strength

– mG

Dominant source

–

Distance to it

– m

How it works

Reports of an "EM field anomaly" near a sighting site almost always turn out to be a real, mundane interference source measured with a consumer gaussmeter — the reading isn't uniform or omnidirectional, it tracks a specific object obeying an ordinary physical falloff law. This simulator sums three such sources at whatever point you place the probe:

line source (power line):    E ∝ 1 / r
point source (tower, engine): E ∝ 1 / r²
total at probe:               E = Σ Eᵢ(r)

Power line — modeled as a long straight conductor, so its field falls off with the inverse of distance from the line, not distance from a single point — it stays elevated much farther out than a point source of similar strength.
Cell tower — a compact point-like transmitter; its field obeys the standard inverse-square law, collapsing fast once you step away from its base.
Vehicle ignition system — spark-plug and alternator noise is also a small point source, inverse-square, but short-range and easy to mistake for something exotic if you don't know a car is parked nearby.

Drag the probe (small crosshair) anywhere on the map. Watch the "dominant source" readout: as you approach any one source its contribution swamps the other two — exactly what you'd expect from real interference, and the opposite of what a genuinely omnidirectional or non-physical "anomaly field" would show.

Power line Cell tower Vehicle Probe

Drag the crosshair probe around the map

EM Field Anomaly Tracker: The Mundane Sources Behind "UFO Fields"