Liquid crystal (LC) is a particular type of molecule that exhibits directional properties. Its
optical birefringence property offers potential non‐contact optical manipulation by optical …

Single molecule force spectroscopy using optical tweezers (OT) has enabled nanoresolved
measurements of dynamic biological processes but not of synthetic molecular mechanisms …

Optical tweezers (OT), or optical traps, are a device for manipulating microscopic objects
through a focused laser beam. They are used in various fields of physical and biophysical …

Optical traps are devices used to micromanipulation microscopic objects using a focused
laser beam in an optical microscope field of view. Trapping such objects is possible only …

Optical tweezers (OT) have revolutionized the study of molecular biology as recognized in
2018 by the Nobel prize in Physics to Arthur Ashkin, the inventor of the technique. OT allow …

This study aimed to determine the upper and lower limit of optical power density for the
purpose of stable optical trapping of a single microcluster of Calix [4] arene in water. Various …

This study aimed to determine the optical stiffness (𝑘< sub> 𝑇) of an optical trap system
consisting of liquid crystal of 4-Cyano-4'-Pentylbiphenyl (5CB) in the form of a microdroplet …

The study aims to optically trap a single chloroform (CHCl3) microdroplet in water using
optical tweezers. The study also investigates the effect of the preparation procedure by …

This paper demonstrates the possibility of optically trapping a single calix [4] arene
microcluster in water. Calix [4] arene microclusters with a size range between 2.53 to 2.84 …

The study attempts to quantify the optical stiffness of a single 4-Cyano-4-Pentylbiphenyl
(5CB) microdroplet trapped in water using optical tweezers. 5CB microdroplets of various …