There are also some very interesting analogies with mechanical and thermo dynamical* systems. What i find even more interesting, is that those analogies are no

There are also some very interesting analogies with mechanical and thermo dynamical* systems. What i find even more interesting, is that those analogies are no lucky coincidence. The rules of dynamical systems apply on a higher level. The differential equations governing those systems do not care, how the concepts of inertia, capacitance or resistance are realised in a real world system. Those are implementation details. Neither do physical principles, like the principle of least action, which 'govern' those differential equations. *Fun fact: Classical thermals systems do not have an inductive element. That's why there are no oscillations in thermal systems. You need two kinds of energy storage for that, so that the energy can switch between them.