Glass nanopores are known to provide proton selectivity in ionic current conditions in which
silanol groups that fill glass surfaces support proton conduction along the surfaces in …

A temperature gradient in a continuous fluid induces the motion of dispersed micro-and
nanoparticles even when the fluid is motionless. This phenomenon is known as …

Optical trapping and manipulation techniques have attracted significant attention in various
research fields. Optical forces divided into two terms, such as a scattering force and gradient …

In micro-and nanofluidic devices, liquid flows are often influenced by ionic currents
generated by electric fields in narrow channels, which is an electrokinetic phenomenon …

Electrokinetic phenomena in micro/nanofluidic channels have attracted considerable
attention because precise control of molecular transport in liquids is required to optically and …

Optical vortices, which carry orbital angular momentum, have attracted much attention in
various research fields, such as materials processing, chirality control, and particle …

Electrohydrodynamic (EHD) flow is a type of liquid flow driven by an external electric force.
In electrolyte solutions, anions and cations usually interact with each other to maintain …

Threading charged polymers through a nanopore, driven by electric fields E, is investigated
by means of Langevin dynamics simulations. The mean translocation time〈 τ〉 is shown to …

Using Langevin dynamics simulations, conformational, mechanical and dynamical
properties of charged polymers threading through a nanopore are investigated. The shape …

Recently, single-molecule manipulation techniques in micro-and nanofluidic channels have
attracted significant attention. To precisely control the transport velocity, the dynamics of the …