Potential Implications

Potential GEM Implications

An Initial Disassembly Event

The "Big Event" called The Big Bang is characterized as a Creation event. An alternative that allows for early structure that did Not have to assemble over time is a "Big Crumble" where the most global assembled_superposition underwent a major disassembly into stable constituents, including both waveforms and stable sub-assemblies, which could include black holes or other stable structures, like a chair breaking apart into legs and back and seat.

Dark matter

What is interpreted as "dark matter" has at least 2 contributing factors to take into account before assuming dark matter.

Geometry‑dependent "big G" mass attraction amplification (units of G become variables: dx/m * dx^2/dt^2).
Antimatter cancellation of matter attraction potential.

Fractional Charge Uncertainty (Spatial/Temporal)

Fractional charge in the nucleus arises from quark spins tilted off the velocity vector axis. This tilt produces a small spatial uncertainty in Proton assemblies because the twist centroid is not perfectly aligned with spatial axes. It also induces temporal uncertainty in nucleons because off‑axis spins reduce gyroscopic stability about velocity direction, causing phase precession. These uncertainties are geometric consequences of the nucleon’s twist structure. Fractional charges of electrons follow the in-phase spatial inertial locations, as seen in this animation for the 1/4 charge at 0.25, dt=4.

Inertia Dynamics

Entanglement

Entanglement in the imaginary curve is independent of spatial location or separation. Photons generated having complementary properties will persist in having complementary properties, no matter how far apart they are, and measuring one set of properties immediately reveals the complementary properties without any need for information transfer. Think of randomly and blindly dividing a pair of shoes into 2 boxes, then sending one box to the moon. When you open either box to find a left or right shoe, you immediately know what the other shoe is (the opposite) - no communication needed.

Neutrino (Phantom Filament)

A neutrino is not an independent wave_particle, but a combined wave-interaction event generated by multiple simultaneous waveforms. Like a musical phantom note, or difference tone, it has no separate independent structure, existing only in relation to the other waveforms that generate it, as a dynamic interaction. If any of the contributing waveforms ceases or changes sufficiently, that interaction coherence disappears and the interaction vanishes, and the neutrino is not longer present to be detected.