I am giving you the draft, feel free to research it.
All about the Unified theory you can find in the PDFs attached.
About the magnet flux modulator(transistor), it works better than shielding
For example we take a good big horseshoe (steel one) and we attach paralel to it some powerful neodymium stick. Then just after it we bring in a small winding. A tiny bit of voltage is needed to simply modulate the magnetic flux within the ferromagnet, it shifts the gradient so the center of the flux shifts, when this shifts then the attraction power of one pole becomes spread out on the longer part of the ferrite, the smaller part (after the coil) gets super concentrated flux gradient and attracts stronger at the tip. So basically we oscillate our time polarized flux (magnets i call time batteries) with a tiny resonant switch. Then the rest is easy, a V gate, flywheel, generator, detector, transistor, batteries, switch.
I also attached a rough sketch image of the gauss flux transistor
All about the Unified theory you can find in the PDFs attached.
About the magnet flux modulator(transistor), it works better than shielding
For example we take a good big horseshoe (steel one) and we attach paralel to it some powerful neodymium stick. Then just after it we bring in a small winding. A tiny bit of voltage is needed to simply modulate the magnetic flux within the ferromagnet, it shifts the gradient so the center of the flux shifts, when this shifts then the attraction power of one pole becomes spread out on the longer part of the ferrite, the smaller part (after the coil) gets super concentrated flux gradient and attracts stronger at the tip. So basically we oscillate our time polarized flux (magnets i call time batteries) with a tiny resonant switch. Then the rest is easy, a V gate, flywheel, generator, detector, transistor, batteries, switch.
I also attached a rough sketch image of the gauss flux transistor

