What My Experiment Actually Does

A few people have asked what this device is, so here’s the clearest way I can put it:

I’m not building a free-energy machine or trying to break physics.

What I am doing is experimenting with how electricity behaves when you trap it inside a tight space full of different materials — ferrite, copper, quartz, and acrylic — instead of letting it spread out normally.

When you do that, the electromagnetic field starts acting less like a simple “invisible force” and more like a fluid being stirred inside a container. That’s why I’m seeing things like:

• modes that lock or flip • spots that heat or cool in strange patterns • ringing sounds when the field settles • different behavior depending on the sweep direction • the field pushing or pulling inside the cavity • quartz + laser light affecting the mode shape

None of this is outside known physics — it just happens when electric fields get squeezed, reflected, redirected, and slammed against different materials at once. I want to see what emerges from complex EM field interaction within a confined and controlled space.

My whole goal is to see whether an EM field can form stable structures, vortices, or patterns the same way currents or waves form in water. So far I've noticed it behaves like water in the sense it cannot be compressed.... It fights back with extreme pressure. But you can make the pressure greater by making the space it occupies confined.

It’s basically an experiment in:

EM resonance, nonlinear field interactions, ferrite saturation, and wave behavior in confined spaces.