Solid-state nanochannel-based sensing systems have been established as vigorous tools
for sensing plentiful biomarkers due to their label-free, highly sensitive, and high-throughput …

The brain's remarkable and efficient information processing capability is driving research
into brain-inspired (neuromorphic) computing paradigms. Artificial aqueous ion channels …

Nanochannel‐based ion transport is an important field of study in various disciplines,
including physics, chemistry, energy, materials science, biology, and earth science. The …

This article presents the implementation of on-chip iontronic circuits via small-scale
integration of multiple ionic logic gates made of bipolar polyelectrolyte diodes. These ionic …

This research explores ion transport behavior and functionality in a hybrid nanochannel that
consists of two conical and cylindrical parts. The numerical investigation focuses on …

Accurate detection of trace biomarkers in biological samples is a key task in diagnostic
testing, but it remains challenging due to the high concentration of other physiologically …

Biomimetic smart nanochannels can regulate ion transport behavior responsive to the
external stimuli, having huge potential in nanofluidic devices, sensors and energy …

Recently, artificial channel‐based ionic diodes and transistors are extensively studied to
mimic biological systems. Most of them are constructed vertically and are challenging to be …

Bio-inspired ion diodes constructed by asymmetric charged (bipolar) nanochannels have
shown outstanding performance in ion transport control which are promising candidates for …

Ion current rectification (ICR) in nanochannels has attracted increasing attention for its great
potential in the applications of ionic circuits and biological sensors. Herein, the influence of …