Geo-EM Amplifier

Overview

The Geo-EM Amplifier is a precision electromagnetic device designed to test HLRT's core prediction: that hexagonal coil geometry coupled with high-energy discharge creates measurable spacetime-lattice coupling effects.

How It Works

The device utilizes a hexagonal coil array coupled with high-energy supercapacitors. When discharged through the coil geometry, the electromagnetic field is predicted to interact with the spacetime lattice structure, producing a measurable current enhancement above baseline.

The effect requires precise geometric alignment—the hexagonal configuration mirrors the underlying lattice structure, creating resonance conditions that amplify the coupling effect.

Falsifiability

HLRT makes a concrete, quantitative prediction: 5.5 ± 0.5% current enhancement under specified conditions. If measurements consistently show no enhancement above measurement error, the theory is falsified. This is by design—unfalsifiable theories aren't science.