Beside my total laziness; I don't think its necessary to make another video for that.
Pretty clear a lighter wire will allow a few more millivolts or a heavier wire less. But it will still be there regardless. Even if I were to solder a solid copper bar across the coils, the energy will still be there in the coils. Try search string: "Coil shorting". You might even find generators that ACCELERATE when the coils are shorted in total violation of physics 'laws'.
If I may suggest, Try the same experiment but with your green shorting wire being thicker and then also thinner. As thin as possible. You should see a measurable difference in voltage. The trick would be to find a very consistent way of breaking the magnetic coupling. I have a theory on how and why this works the way it does but it is to long to explain on youtube and it is not math based. :) Thank you for the post, very detailed presentation.
Lower voltage and perhaps higher current?
Anothercoilgun 2 months ago
Beside my total laziness; I don't think its necessary to make another video for that.
Pretty clear a lighter wire will allow a few more millivolts or a heavier wire less. But it will still be there regardless. Even if I were to solder a solid copper bar across the coils, the energy will still be there in the coils. Try search string: "Coil shorting". You might even find generators that ACCELERATE when the coils are shorted in total violation of physics 'laws'.
ScorchGD 2 months ago
If I may suggest, Try the same experiment but with your green shorting wire being thicker and then also thinner. As thin as possible. You should see a measurable difference in voltage. The trick would be to find a very consistent way of breaking the magnetic coupling. I have a theory on how and why this works the way it does but it is to long to explain on youtube and it is not math based. :) Thank you for the post, very detailed presentation.
GuardianZeus21 2 months ago