The gist of it as far as I can tell, is that you use an RF power source to cause a piezoelectric element (or surface) in vibrate at RF frequencies with as much

The gist of it as far as I can tell, is that you use an RF power source to cause a piezoelectric element (or surface) in vibrate at RF frequencies with as much power as it can stand, and push a high voltage onto the surface, which then causes a very highly accelerating moving charge, sufficient to tickle the quantum vacuum and cause non-linear effects. You could couple this with the idea of quantized inertia, and possibly get interesting real results, or not. If you have a surface vibrating at 1 Mhz, moving even 100 microns RMS, that means its moving at more than 100 meters/second, and the acceleration is more 10,000,000 times that of earth's gravity If you get a surface vibrating at 1 Ghz, with 1 micron of movement, you're still past a billion Gs of acceleration. Which might be able to tickle the quantum vacuum. (or not?)