Solid-state nanopores have attracted widespread attention in the single-molecule detection
application. However, getting controllable nanopores with high sensitivity and robustness …

The dielectric breakdown used to fabricate solid-state nanopores has separated the device
from capital-intensive industries and has been widely adopted by various research teams …

Free-standing nanocrystalline graphite (NCG) membranes directly grew on SiN x substrates
with the aid of the catalyst-free chemical vapor deposition method. A new type of NCG …

In this work, we demonstrate a chemical modification approach, by means of covalent-
bonding amphoteric poly-l-lysine (PLL) on the interior nanopore surface, which could …

In our previous studies, ultrathin SiN membranes down to 3 nm in thickness were fabricated
using the poly-Si sacrificial layer process, and nanopores were formed in those membranes …

With the advantages of simple equipment and in-situ preparation of nanopores, the CBD
method has been widely concerned by researchers. In this work, a fluorescence platform …

The fabrication of nanopores through a dielectric breakdown method, achieved by simple,
low-cost desktop setups, has promoted the research of solid-state nanopore sensing. This …

The sensitivity and accuracy of nanopore sensors are severely hindered by the high noise
associated with solid-state nanopores. To mitigate this issue, the deposition of organic …

Solid-state nanopores have been developed as a prominent tool for single molecule
analysis in versatile applications. Although controlled dielectric breakdown (CDB) is the …

Due to the weak interaction between DNA molecules and the inner surface of nanopores,
DNA translocation is very fast, just leaving a short current drop without sufficient information …