This work investigates how ionic concentration polarization (ICP) controls interactions between neighboring nanopores in nanoscale arrays. We demonstrate that ion enrichment and depletion generated around individual pores can influence nearby pores, producing cooperative ionic transport behavior. These findings provide insight into designing nanopore arrays with tunable collective responses for biomimetic iontronic and nanofluidic devices.
Ion concentration polarization causes a nearly pore-length-independent
conductance of nanopores Faraday Discussions (2024)
Ion concentration polarization causes Tunes Interpore Interactions (2024)
This work investigates how ionic concentration polarization (ICP) controls interactions between neighboring nanopores in nanoscale arrays. We demonstrate that ion enrichment and depletion generated around individual pores can influence nearby pores, producing cooperative ionic transport behavior. These findings provide insight into designing nanopore arrays with tunable collective responses for biomimetic iontronic and nanofluidic devices.