Fluidic-Based Ion Memristors and Ionic Latches

Abstract

The formation of a nanoscale anodic silicon oxide layer on silicon electrodes in an aqueous environment leads to fluidic-based ionic memristive devices and ionic latches for large integrated fluidic ion logic circuitry, which can enable massively multiplexed smart biosensor arrays and complex active chemical circuits.

Keywords: fluidic-based memristors; ionic latches; ionic logic; nanoscale anodic oxide films; silicon electrochemistry.