A Mu-Fluidic Biochip Design For Spiking Neural P Systems

This paper proposes a preliminary microfluidic computing system design for Spiking Neural P systems designed to solve the computational hard problem of Boolean satisfiability SAT by implementing the model studied in our previous work. We have also developed a simulation model for the proposed system and have been doing in silico experiments. An AC voltage applied to facilitated electrodes generates Dielectrophoretic force (DEP) and non-uniform electric field in the microfluidic channels. This DEP serves as the main functioning tool of the proposed biochip to control computation steps.