Monte Carlo Simulation of Engineered Nanorobots to Counteract Virus Colonization Using the Mitchell’s Criteria

Abstract

We present a computational simulation based on the Mitchell criteria and Monte Carlo by which an engineered nano robot would play the role of leukocytes with defined capabilities to detain in a consistent manner any progress of colonization of bacteria. Thus, a theory based on the equation of diffusion and random motility, is implemented in a machine algorithm in order to test the effectiveness to defeat concrete objectives.