It wasn't until last night that I finally a chance to read the theory properly until last night. I don't think you need to be in resonance to get energy out of this but it would definitely get you the highest energy output. A very similar theory occurred to me when thinking about how dielectric induction can work differently to magnetic induction. I thought of a motor which spun a timing type device. This timing type device was attached to the positive terminal of a charged capacitor (the higher voltage the better) on one side and on the other side it was attached to an AV plug then to a load. As the timing type device spun and connected the positive lead of the capacitor to the AV plug you'd get the appearance of electrical power between the legs of the AV plug due to the laws of dielectric induction and the mechanics of an AV Plug. I called this flux modulation as there is no exchange of electrical power between the source and load only potential. However unless this timing device is spun to a extreme rotational velocity there would be no overunity. I did know that there was a solid state solution available however at the time I wasn't very good at designing electronic circuits (I still find it quite difficult). So this idea a lot like a lot of others was forgotten as I felt my device was quite crude. I want to congratulate you on describing that solution Arend!
The non-reciprocal relationship between source and load here I think is the real key to all of this that is; the exchange of potential between systems where a change in one doesn't affect the other. We see this in properly built parametric exciters as well they are both achieving the same thing in different ways. It's just like having an RLC circuit operating at resonance and we get a lot more energy flowing in the circuit but if we add a load we are adding it to a reciprocal system where a change in one effects the other and in this case takes it out of resonance. While RLC resonance to the best of my knowledge doesn't exhibit energy cohesion from the medium the principal of reciprocal/non-reciprocal systems is still illustrated. However just saying to someone 'make a non-reciprocal system where input effects output but not the other way around' is like Beardon's 'Don't kill the dipole' which is just taking the piss.
Heres to a peaceful world
Raui


Leave a comment: