My understanding is that the current 'memristor' technologies are essentially combinations of materials which satisfy the linkage between flux and charge, there

My understanding is that the current 'memristor' technologies are essentially combinations of materials which satisfy the linkage between flux and charge, thereby meeting the definition. From the same wikipedia article: > There is no such thing as a standard memristor. Instead, each device implements a particular function, wherein the integral of voltage determines the integral of current, and vice versa. A linear time-invariant memristor, with a constant value for M, is simply a conventional resistor.[1] Manufactured devices are never purely memristors (ideal memristor), but also exhibit some capacitance and resistance. Just reading the 'Background' and following 'Memristor definition and criticism' sections gives a super clear and lucid answer that even a goober like me can mostly degest. https://en.wikipedia.org/wiki/Memristor#Background https://en.wikipedia.org/wiki/Memristor#Background