Mechanically activated ionic transport across single-digit
carbon nanotubes

Nanofluidics, the field which studies nanoscale flows,
has made considerable progress in recent years. The field is
blossoming thanks to the development of new materials, in
particular nanotubes and 2-D materials, which allows fabricating
well-controlled nanofluidic devices amenable to the investigation
of nanofluidic properties down to the smallest
scales.