Experiments:
Vacuum-Lattice Field Theory (VLFT) isn’t just a theoretical model—it’s a call to action.
We believe the lattice isn’t just math. It’s measurable. And the only
way to uncover its structure is to test, probe, and observe its effects in the lab and in nature.
That’s why we’ve begun designing and refining a wide range of experiments inspired by VLFT’s predictions and principles.
The Goal
We’re looking to identify physical signatures of:
- Lattice strain and resonance
- Solitonic confinement and propagation
- Potential energy release via geometric coupling
- Vacuum interaction effects under high-voltage, cymatic, or electret-driven conditions
Some experiments are small, low-voltage tabletop tests. Others explore high-frequency resonance, custom capacitive geometries, or plasma interactions.
Current Status
✅ Experiments are actively being developed and tested
✅ Early prototypes are under construction
✅ Volunteers and collaborators will soon be able to contribute
✅ Progress updates will be shared as results come in
We’ll post summaries, schematics, and results here as they evolve.
📄 Download the Proposed Experiments Summary Below
Experimental Compendium...coming soon
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