Atomic and molecular level modeling of genetic strings using generalized RLC circuits

We use generalized resistor-inductor-capacitor (RLC) circuits to model bases, nucleosides and nucleotides at the atomic and molecular levels and analyze the responses of these circuits to different types of input signals. Based on simple recurrence equations that characterize the impedances of such circuits, we develop compositions of these basic circuits to model arbitrarily long nucleotide strings representing DNA sequences and analyze the circuits to see if any putative connections can be established between circuit behavior and actual biological phenomena. The circuits' responses are then used to generate highly textured patterns which can be used in a variety of applications including DNA sequence mutation comparisons and assorted biometric identification schemes.