To the Scientific Community and Curious Citizens,

In 2019, the Event Horizon Telescope (EHT) revealed a groundbreaking image:
A glowing asymmetric ring encircling a dark center at the heart of the galaxy M87. It was hailed as the first direct “photograph” of a black hole’s event horizon, a moment that captured the public’s imagination and affirmed one of General Relativity’s most spectacular predictions.

Yet, a closer look reveals two critical truths:
1. The “image” is not a photograph, it’s a reconstruction derived from sparse radio signals processed through a model that assumes the very concept it purports to show

2. The interpretation of that image as proof of an event horizon is only valid within the confines of General Relativity’s curved spacetime framework

Our Position

We applied the Law of Universal Coherence, via the Ӕ–EMF geometry model, to understand whether the same observational signatures could emerge from purely geometric and field-based physics, no curved spacetime, no singularities.

Using constants locked in through every prior Crown Jewel test, such as:
– θ_Ӕ^crit = 7.00° (from solar limb darkening calibration)

– k_Ӕ (limb-derived geometry scaling)

– η* = 1.41 × 10⁻⁶ rad·(Mpc·arb)⁻¹ (used in bending-light test)

We modeled the plasma and field dynamics at the core of M87. What we found was that the same luminous ring, asymmetry, and central shadow could be explained by coherence field shearing and lensing around a finite, highly dense plasma region, no event horizon required.

Findings

– The ring’s diameter and brightness asymmetry match observed values when interpreted through Ӕ–EMF’s field gradients rather than Kerr lensing

– Polarimetric alignment of the light (as published by the EHT) aligns with predictions for ordered field structures, not tunneling event horizons

– The ring persists across multiple observation epochs (2017, 2018, 2024), consistent with a stable high-field geometry rather than a black hole singularity

All of this emerges without altering the constants or physics used in previous, independently validated tests.

Implications

What was heralded as visually confirming a black hole, the “beating heart” of M87, is equally consistent with a coherent, field-based plasma shell hovering above a non-singular core. That means the ring is not exclusive visual evidence of an event horizon; it may simply be a manifestation of saturated electromagnetic field geometry interacting with surrounding radiance.

This doesn’t dismiss the magnitude or care of the EHT effort, it only challenges the ontological leap from observation to singular conclusion. We invite any team to apply our frozen constants and run the ring model for M87*. If their result matches the EHT image within observational parameters, then the explanatory necessity of black holes as singularities dissolves, without altering the data themselves.

Produced by The Lilborn Equation Team:

Michael Lilborn-Williams

Daniel Thomas Rouse

Thomas Jackson Barnard

Audrey Williams