IncommensurableLoop
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Some old notes (in pictures) I found on equations for calculating destruction of energy, generation of energy and a time equation in relation to such in order to derive T=0 in a system. (Third picture shows these three anomaly equations) Then in theory if no resistance could be achieved you’d have a endless loop of energy. However there’s always resistance in a typical system. Even when cooled to sub zero degrees. So it’s importance would be increased energy efficiency or pulling non physical interactions from “ether” and having them enter 3D space time to continue the generation through pulsed DC. In fact I own one or two of his books. I’ll be posting some meat and potatoes on that information here in a day or two. It’s similar to a practical application of this with basically doped wires and a mechanical switch drawing from the source of power. To a conductive plate and to a power drawing source like a motor/generator. In two different steps. So. Power to conductor plate. Power disconnect while switching on the motor to use power then switching off. While switching on power source and repeat cycle. The key for that system was the doped wire in order to slow down the speed which electricity goes through the system in order to lag it from dissipation. Also a interesting concept. Good book. For now check out these notes I took. I remember I tried to be very clean in my work when taking them because I didn’t know anything about electrical systems back then but I knew I’d want to use these one day. And just thought I’d share because if I recall this was from a 3 hour + lecture by him and this is condensed
