You have to understand the enormous task figuring out how to build something that the inventor did not know how it worked only how to build it and that it worked.I go by clues
the vibration was unknown,Jack Durban was fooled,he didn't know what caused the vibration,he was an engineer
it indicated to me, this was an unknown effect to him.The effect I got seems to be the effect,this leads
to the heating problem if high current pulses pass thru copper coils,this is a resistive load
it will heat up.By using this as the basis,the tpu generates high current pulses,the pulses produce a vibration,they cause a heat problem ,they have to to be stored by a diode and a capacitor
to produce useful energy.The gyroscopic effect is not produced
by high current pulses,in my opinion it is an interaction ,from the tpu drawing energy from the gravity field.
One devices circuit uses a flashing led that fixes its pulse rate at 5 flashes a second or 5 pulses a second,the other device is more complex it uses an oscillator to generate 1 to 100 pulses a second it is also more powerful.
The devices I made were to study the toroid under high current low frequency pulses,one was fixed at about 5 pulses
per second.The other one is variable 1 to 100 pulses a second.When you discharge a high
value capacitor across a wire coil you get a vibration along the wire at every point,in my opinion,the
rapid increase in negative charges[electrons] causes the copper to expand, then
contract as the current stops, causing a noise.Here is a video of a new device, the pulsing
is the coil,also the light flashes at a 4 second rate,the rate of pulses is fixed by a flashing led,this fires an SCR ,this was made to have the least amount of parts.
https://www.youtube.com/watch?v=rudQORZQg50