Caduceus coil back EMF

Here is just a theory of mine. Feel free to try it out and comment!

Disclaimer, This is also considered a powerful "scalar" wave generator and as far as we understand the quantum physics of such "Zero" waves, Proceed with caution we know very little of such waves and what they could do! If you open up a portal don't blame me LOL

A caduceus coil is a type of coil that consists of two parallel conductors wound in opposite directions and twisted together. When current flows through the conductors, a magnetic field is generated around them. However, because the two conductors are wound in opposite directions, the magnetic fields they generate cancel each other out. This means that the caduceus coil produces a much weaker magnetic field than a conventional coil.

Typically, The energy that would have been stored in the magnetic field of a single coil is still present in the caduceus coil, but it is not available for use in the same way.
the energy is still conserved in the system, but it is transformed into a less useful form, heat.

In addition, when the current flowing through the caduceus coil is turned off, a back electromotive force (EMF) is generated. This is because the magnetic field collapses and induces a voltage in the coil. By using a diode to capture this back EMF, it is possible to recover some of the energy that would otherwise be lost as heat.

So, by using a caduceus coil in a system, it is possible to reduce the losses due to the magnetic field and recover some of the energy that would otherwise be lost as heat. This can make the system more efficient overall. However, it's important to note that this method is not 100% efficient and there will still be some losses due to various factors such as resistance in the circuit and the limitations of the components used.

While increasing the mass of the coil can help to increase the amplitude of the back emf spike, it can also increase the overall impedance of the coil, which can lead to more losses in the system. So we got to use a good "balance" that works.

However, if the system is designed and optimized correctly, it may be possible to achieve a net gain in usable energy that could be used to charge batteries.

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