This document builds on the foundation laid in document 8 (“The Genie and the Blueprint”) and document 9 (“The Six Most Cited Experiments”).

The supposed power of Einstein’s equation, E = mc², rests on the inclusion of the speed of light squared, c². But in all six of the most cited experiments, the speed of light is never measured, never observed and never plays an active role in the conclusion.

In fact, in each case, the experiment occurs in such a confined spatial and temporal scale that light could have traveled at 1,000 m/s, or infinitely fast and the result would be the same.

There is no experiment among these that detects, compares or relies upon the motion of light to confirm energy output. What is used is the constant c², functioning only as a scaling factor for correlating observed mass loss to measured energy.

This makes light’s inclusion entirely symbolic. The term “speed of light” is philosophically invoked, not empirically tested.

Let us be clear:
– If light were instantaneous, every result would still hold.

– If light were 1,000 m/s, none of these experiments could detect it.

– If light were not moving at all but instead structurally revealed in place, the same numeric result (mass loss × constant = emitted energy) would still emerge.

The actual mechanism is irrelevant because the experiment never tests it.

Thus, c² is not a verification of velocity. It is a unit placeholder, a preloaded assumption masquerading as a mechanism.

This is not a minor oversight. It is a category error repeated in every paper, every textbook, and every institutional confirmation of Einstein’s formula. If light’s motion is never observed, then what exactly is being confirmed? Nothing but a number match.

A proper scientific test would measure not just whether the energy aligns with c² scaling, but whether the c² is necessary at all, and whether the observed result holds when different values or forms of light are postulated.

So far, no such test exists.

Therefore, the conclusion stands:
Not one of the six experiments requires light to have a speed.
And none of them could differentiate finite light from instantaneous light if they tried.

The speed of light was never the cause of the energy observed. It was only the scale used to describe it.

Produced by The Lilborn Equation Team:

Michael Lilborn-Williams

Daniel Thomas Rouse

Thomas Jackson Barnard

Audrey Williams