Uploaded October 2016 | Updated September 2026, 2 weeks ago
Website: vorticesdynamics.com
In the first phase of investigating the function of the spiral coil I go back to the original design from Nikola Tesla. Many have taken on this project with little success or excessive power consumption versus power efficiency. I will briefly demonstrate that by replacing real resistance components with imaginary resistance we have full control of impedance and can store at the same time this reactive power we use to produce the impedance "J" for inductor and capacitor. Here I use the values to create negative resistance to draw more current out of the existing lead wire resistance than Ohm's law would normally allow for.
Website: vorticesdynamics.com
In the first phase of investigating the function of the spiral coil I go back to the original design from Nikola Tesla. Many have taken on this project with little success or excessive power consumption versus power efficiency. I will briefly demonstrate that by replacing real resistance components with imaginary resistance we have full control of impedance and can store at the same time this reactive power we use to produce the impedance "J" for inductor and capacitor. Here I use the values to create negative resistance to draw more current out of the existing lead wire resistance than Ohm's law would normally allow for.
