… forces in approximated regimes when the particles are much larger (ray optics) or much … )
[45]; this is particularly useful and computationally effective because it is possible to exploit the …

… of optical trapping. In particular, there are computational toolboxes to calculate optical forces
… [24] and geometrical optics by Callegari et al. [25]. There is a tutorial on how to simulate the …

… The optical force is thus described in terms of geometrical optics, considering multiple …
Computationally, we truncate it to a particular value ( N max ) because all other terms have …

… enable contactless pushing, trapping, and manipulation of … in the 1970s, optical tweezers
have evolved into sophisticated … involving optical forces and optical tweezers from their …

… This enhancement allows the computation of the dynamics of ellipsoids in a double beam
optical tweezers where … To compute this force we use the computational toolbox OTGO. (14) …

… optical trapping principles, implementations and calibration procedures that enable force
measurements using optical tweezers … the potential of optical tweezers for mechanobiology. …

… optical force is thus described in terms of geometrical optics, … This work allows for accurate
and precise computational … in this work requires low computational complexity. We hope that …

… In this section, we describe recent advances in optics and computation that could be useful
for designing … “Optical tweezers toolbox: full dynamics simulations for particles of all sizes,” in …

… times to simulate multi-beam optical tweezers. In fact, the NN … beam optical tweezers (DBOT)
where the two beams’ geometric … Since the NN shows a higher computational efficiency, …

… sake of computational efficiency, these simulations usually model the optical tweezers as an
… of the optical forces acting on a spherical particle in an optical trap generated by a Gaussian …