There is no third-party report from M.I.T., Stanford, or any national laboratory confirming Kapanadze’s claims.

This stage provides the initial pulse to start the reaction. It typically consists of a 12V or 24V DC battery connected to a high-voltage flyback transformer (often sourced from television components or a Zero Voltage Switching/ZVS driver). This steps the voltage up to roughly 3kV–5kV. The Spark Gap and Tank Circuit

Several attempts have been made to verify the device's claims, but these have often been met with controversy and debate. Some researchers have reported successfully replicating the device, while others have failed to achieve the claimed results.

Use a differential probe, a calorimeter, or a battery discharge test to measure true input vs. output energy. Share your oscilloscope traces and schematics—that’s the only way real verification will ever happen. Until then, the hunt continues, but science remains the gatekeeper.

The Kapanadze generator remains a captivating subject within the alternative energy community. While standard engineering dictates that a self-sustaining loop of energy is impossible, the schematics offer an excellent educational exercise in high-voltage physics, LC resonance, and RF engineering. Anyone attempting to build a Kapanadze replica should approach the project as an experimental study in Tesla-era circuitry rather than a viable solution for off-grid power.

The Kapanadze generator is categorized by alternative energy researchers as a solid-state, high-frequency resonant system. It does not create energy from nothing; instead, proponents claim it taps into ambient electromagnetic fluctuations or environmental zero-point energy.

One of the most famous attempts to verify Kapanadze’s work was by French researcher Jean-Louis Naudin. His "Kapagen" (Kapanadze Generator) schematics are the most common "verified" versions found online.

The device utilized a heavy-duty physical connection to the earth (grounding).

While no official schematic has been verified by an accredited academic institution, the most widely accepted blueprints share a standard structural layout. 1. High-Voltage Power Supply (The Driver)