Four boxes a year. Real electronics — coils, capacitors, scopes, the works. Each experiment is a beginner-friendly slice of one of the three meta-patterns that show up across 768 published energy patents. Kids do the experiment, scan the QR code, and their replication contributes to a global open-science registry.
We're validating demand before sourcing parts. No charge, no spam — just a heads-up when Box 1 ships.
Wind your first ferrite-toroid coil. Measure it with a NanoVNA. Discover that geometry — not just the number of turns — sets the resonance.
Coil Geometry · 248 patents reference this design choice
Build an LC tank circuit, sweep it with the same NanoVNA, and find the self-resonance hidden in your own coil from Box 1. The "ringing" you see is the same effect industrial energy patents try to exploit.
Resonance · 312 patents · the most common pattern in the catalog
A 555 timer, a MOSFET, and your phone as an oscilloscope. Drive the Box 1 coil with sharp pulses and watch what changes when you hit the resonance you found in Box 2.
Pulsed DC · 197 patents · the most underexplored cluster
Combine all three: pulsed DC into a resonant coil with the right geometry. This is the meta-pattern that 26% of the 768 patents describe operating together. You'll publish your replication to the open registry — anonymised, but real science.
All three patterns operating together · the goal
Curious about the science behind the kits?