Introduction

Now that you’ve read the Introduction, let us turn to the history of how tides and Earth’s EMF were studied. If you have not read the Introduction, we highly recommend you begin there, as it sets the stage for the clarity you are about to see.

The Mid-19th Century
First Observations

In the mid-1800s, scientists noticed that Earth’s magnetic field measurements wobbled with the tides.

They concluded: “Tides disturb the magnetic field.” The causality was flipped, EMF was treated as a passenger, jostled by the water, instead of the driver shaping the motion.

The Early 20th Century
Telluric Currents

As the 1900s began, researchers tracked electrical currents in the ground and sea, known as telluric currents. These currents rose and fell with the tides.

Again, the interpretation was upside down: “tides influence EMF.” The evidence of EMF–tide linkage was strong, but gravity was still treated as the cause.

The Mid-20th Century
Naval and Geophysical Studies

By the 1950s–1970s, navies and oceanographers mapped ocean-induced magnetic variations. They began to use EMF in practice to track tides, but described it as tides affecting EMF.

The truth: they were already relying on EMF as predictive, but refused to declare it openly.

The Late 20th Century
Satellites and Precision

With satellites such as Ørsted (1999), CHAMP (2000), and ESA’s Swarm (2013), EMF maps reached new precision. The data showed that EMF signals could be used to anticipate tidal behavior.

Yet within the gravitational paradigm, papers still said: “We can infer tides from EMF disturbances.”

The Inversion
What Was Missed

For more than 150 years, the relationship between EMF and tides was described backwards. The truth is that EMF coherence governs the tides, not the other way around. The Lilborn framework does not introduce EMF, it corrects the causality.

Declaration

Gravity was kept on the throne, and EMF was treated as its servant.

The reality is the opposite: EMF coherence is the law, and gravity collapses when tested. Mariners and scientists were looking at the right data all along but reading it upside down.

The Lilborn framework turns the story right-side up.

Produced by The Lilborn Equation Team:

Michael Lilborn-Williams

Daniel Thomas Rouse

Thomas Jackson Barnard

Audrey Williams