Nanopore sensors detect individual species passing through a nanoscale pore. This
experimental paradigm suffers from long analysis times at low analyte concentration and …

Solid-state nanopore has the ability to detect proteins at a single-molecule level with its high
sensitivity, high-throughput, and low cost. Improvements in fabrication, functionalization, and …

We present a novel method to trap nanoparticles in double nanohole (DNH) nanoapertures
integrated on top of solid-state nanopores (ssNP). The nanoparticles were propelled by an …

Nanochannels are a powerful technique for detecting a wide range of biomolecules without
labeling. The ion transport phenomena in nanochannel arrays differ from those in single …

Artificial nanofluidic networks are emerging systems for blue energy conversion that
leverages surface charge‐derived permselectivity to induce voltage from diffusive ion …

The outstanding sensitivity of solid-state nanopore sensors comes at a price of low detection
efficiency due to the lack of active means to transfer objects into the nanoscale sensing …

Utilization of multiple-channel structure is a promising way of accomplishing high-throughput
detections of analytes in solid-state pore sensors. Here we report on systematic investigation …

Parallel integration of multiple channels is a fundamental strategy for high-throughput
particle detection in solid-state nanopores wherein understanding and control of crosstalk is …

We investigate the plasmonic mode profiles along the depth of various vertical nanoholes to
realize vertical nano-manipulation. Our numerical results show that by varying the incident …

We previously discovered the correlation between light-induced chromophore color change
of a photo-receptor membrane protein bacteriorhodopsin (bR) and its two-dimensional …