When does nanofluidic memory disappear? Understanding and reinstating memristive behavior of ionic liquids in two-dimensional nanochannels

Key Points

• The research aims to identify conditions affecting the memory performance of nanofluidic memristors using ionic liquids.
• Conducted experiments on ionic transport in nanochannels under varying voltage conditions.
• Analyzed the characteristics of hysteresis loops produced during voltage application.
• Explored the stability of memristive behavior with respect to ionic liquid properties.
• Defined specific conditions where memristive behavior persists or fails in ionic liquids.
• Identified threshold voltages that influence the emergence of memory.
• Observed changes in hysteresis loops indicating different memory states.