Our cover from the October 2014 issue of Nano Letters
A series of TEM images of HIM-drilled nanopores of various size (scale 5 nm)
Artistic rendering of translocating DNA with depurination damage
Plot showing the dose vs diameter relationship for HIM pore formation as a function of membrane thickness
A nanopore device with intrinsic fluorescence removed controllably for optimized optical detection of translocation events
TEM image of an array of nanopores in a SiN membrane thinned to approx. 6 nm, made entirely with HIM
An 11x11 HIM nanopore array surrounded by larger drilled structures
Artistic rendering of DNA translocating through a thin nanopore device
Artistic rendering of a carbon nanotube translocating through a nanopore
3D rendering of the topography of a >100 nm membrane following local thinning
Rendering of DNA translocating through a solid-state nanopore
3D rendering of a nanopore array
Artistic rendering of the insertion of an alpha hemolysin protein pore into a solid-state nanopore
False-color SEM image of a torsional device built on a single-wall carbon nanotube. Scale bar 500 nm.
Artistic rendering of alpha hemolysin insertion into solid-state nanopores. Courtesy the Cees Dekker Lab at TU Delft and Tremani.