“Theory Of Relativity
(In Six Sentences)”

Introduction

Below is a point-by-point critique of the six statements presented in the referenced Facebook image, evaluated through the lens of the Lilborn Equation (E = mℓ) and the Law of Universal Coherence. Each section uses the exact titles from the image for clarity.

Light Speed Remains Constant

In mainstream relativity, the speed of light in a vacuum is treated as a fixed, universal constant (c).

However, the Lilborn Equation reframes this entirely:
Light does not “travel” at all, and thus the concept of a constant speed is a misinterpretation. What is constant is the immediacy of light’s presence in any point of interaction, governed by structural coherence within the electromagnetic field. The perceived “speed” is an artifact of measurement techniques that interpret interaction delay as transit time.

Time is the 4th Dimension

Relativity treats time as a spatial-like dimension interwoven with the three dimensions of space, creating a four-dimensional space-time continuum. In the Law of Universal Coherence, “time” is not a physical dimension but a structural measure of interaction change within coherent systems. This makes time emergent, not fundamental and avoids conflating spatial geometry with the observational sequence of events.

Faster You Move Through Space,
Slower You Move Through Time

This relativistic time dilation effect arises in Einstein’s model from the invariance of light speed. In the Lilborn framework, such observations are not due to motion affecting an intrinsic time dimension, but rather due to changes in the coherence field geometry around the moving system. The “slowing” is a relational effect caused by altered structural interactions, not an alteration of a universal clock.

Gravity is the Curvature of Space Time

General relativity describes gravity as the bending of space-time by mass and energy. The Lilborn Equation and the Law of Universal Coherence reinterpret gravity as a structural gradient in the universal coherence field. Instead of curved geometry, gravitational effects emerge from variations in the density and orientation of coherent electromagnetic structure, with no need for a four-dimensional curvature model.

Time Slows Down Around Heavy Objects

In relativity, gravitational time dilation occurs because space-time is more curved near massive bodies. In the Lilborn interpretation, what changes near heavy objects is the field coherence pattern. Interaction frequencies within this dense structural environment appear slower to distant observers, not because an absolute clock is altered, but because the interaction geometry itself is different.

Gravity Travels in the Form of Waves

Relativity predicts gravitational waves as ripples in space-time caused by accelerating masses, confirmed experimentally by LIGO. In the Law of Universal Coherence, gravitational wave detections are reinterpreted as coherence-structure modulations propagating through the electromagnetic field framework. These are not distortions of a four-dimensional space-time fabric, but dynamic reorganizations of the coherence field.

Produced by The Lilborn Equation Team:

Michael Lilborn-Williams

Daniel Thomas Rouse

Thomas Jackson Barnard

Audrey Williams