Ok. Firstly, great video as always. To help shed light on how the effect works without going into math. In the original basic design has 3 pulse coils and up to 4 pick up litz coils, in one section. The pick coils pick up from a pulse coil in a air gapped new section. So the first coil pulses and creates a emf bubble around it, causing positive potential energy in the pickup coils. im my mind the idea is no matter how many pickups in that bubble, the bubble remains, at 100%, untill the power burst is done then it would go to 0% field strength, causing a negitive potential energy. Keeping the sections air gapped should prevent back flow. This should repeat in the next section nearly instantly. Each pick up would only need to generate about 26% of the initial burst strength. Say 12v start each pickup coil would only need to produce about 3.1volts. As for what it does, those bubbles generated create new bubbles in the pick ups that could be picked up later on. The pick up coils in the original idea would work in the same fashion as coil to coil air gapped transformers with more then 1 layer in it
Another way to look at it is, throw a ball, have someone catch said ball, gain energy by catching the ball , catching the ball doesn't reduce the power used to throw the ball. Add another catcher for the ball, still doesn't reduce the power used to throw the ball. Add another and so on, and on.
yes, but when I realized that the bubble is shaped like an egg and its really week in the center, I am trying lots of things, but for the 4 coils of Litz wire I may just buy that and make a bobbin and just ill it all the way up to its capacity all of the coils should go in the pole or on a face edge where the energy is most focused. I just made a Litz wire drive home made with 26,and 20 awg Gunna test it out.
I see ill give it a shot with the little coils a lot more bubbles so they have to be 3.1v minimum for 4 and 2.04 for 6 may lose some by having a little more in the pickup side .04 is going to be hard to nail.
Ok. Firstly, great video as always. To help shed light on how the effect works without going into math. In the original basic design has 3 pulse coils and up to 4 pick up litz coils, in one section. The pick coils pick up from a pulse coil in a air gapped new section. So the first coil pulses and creates a emf bubble around it, causing positive potential energy in the pickup coils. im my mind the idea is no matter how many pickups in that bubble, the bubble remains, at 100%, untill the power burst is done then it would go to 0% field strength, causing a negitive potential energy. Keeping the sections air gapped should prevent back flow. This should repeat in the next section nearly instantly. Each pick up would only need to generate about 26% of the initial burst strength. Say 12v start each pickup coil would only need to produce about 3.1volts. As for what it does, those bubbles generated create new bubbles in the pick ups that could be picked up later on. The pick up coils in the original idea would work in the same fashion as coil to coil air gapped transformers with more then 1 layer in it
Another way to look at it is, throw a ball, have someone catch said ball, gain energy by catching the ball , catching the ball doesn't reduce the power used to throw the ball. Add another catcher for the ball, still doesn't reduce the power used to throw the ball. Add another and so on, and on.
yes, but when I realized that the bubble is shaped like an egg and its really week in the center, I am trying lots of things, but for the 4 coils of Litz wire I may just buy that and make a bobbin and just ill it all the way up to its capacity all of the coils should go in the pole or on a face edge where the energy is most focused. I just made a Litz wire drive home made with 26,and 20 awg Gunna test it out.
I see ill give it a shot with the little coils a lot more bubbles so they have to be 3.1v minimum for 4 and 2.04 for 6 may lose some by having a little more in the pickup side .04 is going to be hard to nail.