Holographic optical tweezers (HOT) is a programmable technique used for manipulation of
microsized samples. In combination with computer-generation holography (CGH), a spatial …

The significant rise in implementation and applications of plasmonic nanosystems in
biophysics, biochemistry, and medicine has culminated in the emergence of refined …

The THz plasmonic metasurface (TPM) sensor has emerged as a benchmark principle for
harnessing and manipulating light at the nanoscale and enabling to use in optical …

This work proposes a novel design composed of graphene nanoribbons-based optofluidic
tweezers to manipulate and sort bio-particles with radii below 2.5 nm. The suggested …

Here, we numerically prove that light with linear polarization can be coupled to surface
plasmon polaritons at an elliptical hole perforated in a gold layer to generate plasmonic …

Light possesses momentum, and hence, force is exerted on materials if they absorb and/or
scatter light. Laser techniques that use optical forces are currently attracting considerable …

This work reveals the rules of using figures of merit on selecting efficient plasmonic
nanoheaters. Here, a size dependence of plasmonic nanoparticle optical heating was …

Optical tweezer is an important technique for capturing and manipulating micro and nano
particles, with the advantages of non-contact and flexibility. However, optical force is a short …

The ability of plasmonic optical tweezers based on metal nanostructure to stably trap and
dynamically manipulate nanoscale objects at low laser power has been widely used in the …

A silicon-nanostructured array coating on silicon film (SAS film) is designed based on the
plasmonic optical tweezer and demonstrated for optical trapping and manipulation of …