… Here, using optical tweezers, we tested the dynamic physical interaction in vivo. Using
near-infrared optical tweezers combined with TIRF … Optical tweezers computational toolbox …

… computation time. The numerical solvers used to integrate the Equations of Motion (EOMs)
change both the type of result and the computational … further reduction in computation time. …

Synthetic microparticles present exciting features owing to their customizable light-matter
interaction. We hereby report on the optical trapping of two artificial plasmonic microparticles: …

… with such problems, with the Optical Tweezers Computational Toolbox [18], … optical tweezers
problems. For many situations, even within the intermediate regime, however, a ray optics …

We presented faster and more accurate simulations and experiments describing the revolution
of a suspended particle in optical tweezers under a low pressure. Instead of the state-of-…

… analyzed for applications such as secure remote quantum computation [33], qubit state transfer
[34,… in experimental techniques, such as optical tweezer setups which allow us to arrange …

… toolboxes to support our findings. Additionally, we computationally modeled the optical
tweezer… , further demonstrating the utility of using tweezer-based microrheological to quantify the …

… Model 53,54 with parameters matching the collected image with best computation accuracy.
The deconvolution of the fluorescence image was performed in the DeconvolutionLab …

… Since the time of their introduction, optical tweezers (OTs) have grown to be a powerful
tool in the hands of biologists. OTs use highly focused laser light to guide, manipulate, or sort …

… With the advance of computational … optically trapped in common optical tweezers with a
tightly focused beam. We show here that choosing the proper wavelength of the optical tweezers …