Coupling Effects on Access Resistance of In-Series Nanopores

Key Points

• The aim is to develop a model for understanding the electrical resistance of nanopores arranged in series, specifically in ultra-thin membranes.
• Developed an analytical model considering negligible membrane thickness.
• Examined the configuration of two nanopores in series.
• Analyzed the coupling effects on electrical resistance.
• Identified significant effects of coupling on resistance values.
• Showed that membrane thickness can be neglected in thin 2D materials.
• Provided insights for the design of nanopores in future applications.