[NoraSpinnor]

This video, shared by researcher Bob Greer in collaboration with the Martin Flashman Memorial Project, takes us deep into the geometry of plasma discharges—a phenomenon with profound implications for aether physics, scalar field interactions, and the structure of coherent energy systems.

What you’ll see in this slow-motion breakdown is a side-by-side study of two phenomena:

Dragon Discharge: A radiant, unstable, high-voltage arc filmed at 240fps—showing kink instabilities, fern-like branching, and nonlinear patterning. These discharges often resemble living structures but remain irregular and non-coherent.

Coherent Matter Traveling Waves: In contrast to the chaotic arc, Greer compares stills and video data of coherent matter formations observed in LENR (Low Energy Nuclear Reaction) experiments. These appear as structured, helical waves, regularly spaced and clearly moving through space—not merely discharging, but traveling, which is critical.

Key Takeaways from the Video:

The “X” shape and branching forms seen in the discharge show how energy interacts with its own magnetic field, forming Kink instabilities—a core idea in early ball lightning models.

Coherent matter waves, unlike these arcs, exhibit regular geometry, suggesting the presence of stable aether interaction and possibly fractal substructures being released from a larger field.

High-resolution imaging plans are discussed to explore plasma substructure, color space, and potential radiation emissions—bringing us closer to visualizing the inner geometry of aether flow.

The concept of helicity, rotation, and structural balance is central. Nothing in the universe flows in a straight line. Watch the video for the curvature and branching. This is a small scale of what we might see in energy flow patterns on a large scale. If it appears straight, widen out the scale and look again.

In Netism, this type of research helps us decode how geometry emerges through energy, how structure differentiates coherence from chaos, and how resonance evolves through motion.

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