The Same Pattern, Twice

In 2016, physicists at the Faculty of Physics, University of Warsaw, created the first hologram of a single light particle. The pattern it produced — observed experimentally on the left, theoretically predicted on the right — is a four-lobe bilateral cross. Symmetric. Unmistakable.

An acrylic Stella Octangula, held to light in a home office in Wake Forest, North Carolina, produces the same four-lobe bilateral cross pattern. Not similar. The same.

These are not two shapes that happen to look alike. They are the same geometric event expressed at different scales and in different media. The photon hologram and the Stella both express the bilateral crossing at θ = π/8 — the ground geometry of the Cosmic Egg Theory. The photon is the crossing in light. The Stella is the crossing in matter. The pattern is identical because the geometry is identical.

The University of Warsaw team did not set out to image the bilateral crossing. They set out to image a photon. What they found was that a single photon — the fundamental unit of light — carries the same four-lobe structure that the bilateral crossing at π/8 predicts. The photon hologram is not evidence that CET is right. It is evidence that the geometry the theory derives is the geometry light already has.