Hi,
I'll try to show how fractal reducing size of the starcoil affects energy. When we reduce size of the coil we will affect the wavelength

(lambda) and thus velocity of the particles in electromagnetic field. This will give us net plus energy (frequency will not change, but we can regulate input frequency). So this gonna look like this
E - energy
m - mass
v - velocity
velocity is

f - frequency

- wavelength (lambda)
So the energy gonna be,

If we want to extract energy from the vacuum (space) we have to divide it fractally, then focus energy in one point and then grab it at the densest point (zero point).
1. Create large electromagnetic field so we can grab as much particles as we can (Rodin coil).
2. Divide electromagnetic field (vacuum, space) fractally by reducing starcoil size with at least three fractal steps (more than better). This is very important, because this is were we gonna get net plus energy when affecting velocity of the particles (when increasing

lambda).
3. Focus energy at zero point. Rodin coil will create electromagnetic vortex (torus) and then focus energy at the center. Starcoil should create similar effect.
4. Extract energy at the densest point. Here we should not use any rotors. We don't want to build motor and we already have changing electromagnetic field. If we try to use rotor there will be a lot of losses due to converting it ( EM field, angular momentum, EM field, voltage). So energy should be extracted directly from the source (zero point). We can use piezoelectric material, tripolar coil or some other way and convert it directly to voltage.
Another interesting thing is, that we should be able to affect mass of the system. This is shown below,


So if we increase

lambda and then increase input frequency the mass of the system should go down.
Below is example of the simple starcoil, and it is made out of three fractal steps. Go ahead and try different configurations and division patterns. When projecting use sacred geometry and golden ratio. This should be usefull to reduce currents due to electromagnetic cancellation, and thus reduce input energy and heating.
