Optical tweezers (OTs) can immobilize and manipulate objects with sizes that span between
nano-and micro-meter scales. The manipulating ability of OTs is traditionally characterized …

We report the optical trapping of many particles with feasible laser powers by the
nanostructured semiconductor-assisted (NASSCA) trapping technique. Furthermore, we …

Sessile droplets of colloidal dispersions tend to exhibit the coffee-ring phenomenon in the
drying process. The suspended particles are transported especially at the final stage of the …

Reducing the energy inefficiency of conventional CMOS-based computing devices--which
rely on logically irreversible gates to process information--remains both a fundamental …

抄録 The optical trapping, or optical tweezer has a long history, also celebrated with the
Nobel prize in 2018. A large population of researchers mainly with an expertise of optics or …