We report a scalable method to fabricate high-quality graphene nanopores for biomolecule
detection using a helium ion microscope (HIM). HIM milling shows promising capabilities for …

Graphene is an exceptional membrane material, and various approaches for next-
generation DNA sequencing are based on readout of either transverse DNA base-gated …

This paper describes a general approach for transferring clean single-layer graphene onto
silicon nitride nanopore devices and the use of the electron beam of a transmission electron …

Solid-state nanopores can act as single-molecule sensors and could potentially be used to
rapidly sequence DNA molecules. However, nanopores are typically fabricated in insulating …

We report the formation of solid-state nanopores using a scanning helium ion microscope.
The fabrication process offers the advantage of high sample throughput along with fine …

A poly (methyl methacrylate) assisted dry transfer method was developed to transfer
graphene microflake onto a suspended SiN chip in an effective and efficient way for further …

The use of nanopore biosensors is set to be extremely important in developing precise
single molecule detectors and providing highly sensitive advanced analysis of biological …

Solid-state nanopores are promising candidates for next generation DNA and protein
sequencing. However, once fabricated, such devices lack tuneability, which greatly restricts …

It has recently been recognized that solid-state nanopores in single-atomic-layer graphene
membranes can be used to electronically detect and characterize single long charged …

Graphene-based nanopore devices are promising candidates for next-generation DNA
sequencing. Here we fabricated graphene nanoribbon–nanopore (GNR-NP) sensors for …