After 8 years of direct experience with the trial and error process of designing and testing whether or not I can accidentally create a free energy circuit on various electronic simulators in an attempt to evoke over unity, I've had many successes and some failures (mostly, nothing but failures in the beginning), but most importantly, I've learned various relationships and principles behind the artistry of producing more output than it takes to run the electrical system producing that output. This is in keeping with the theoretical principles of nonlinear dynamics in as much as we're not burning anything, such as fossil fuels, to uphold the applied science of thermodynamic principles regarding its necessity to conserve (account for) all of its energy. Instead, we're using the electrical reactance of coils and capacitors, augmented by resistances, to enlarge the scope of freely available imaginary power using the controlled (limited) chaos of nonlinear dynamics to produce a practical and safe outcome.This is a race against entropy since entropy does not stop its encroachment upon whatever we attempt to do. But we can outrun it, in as much as this increase of imaginary power is at an exponential rate – the inverse of the exponential decline of energy due to entropy.