… optical tweezers. We will first introduce how optical tweezers can be modeled in geometrical
optics… the scattering of a ray and of an optical beam by a spherical particle, distinguishing …

… a toolbox, implemented in Matlab, for the computational modelling of optical tweezers. The …
computational toolbox will be valuable to the optical trapping community. We describe such a …

… We have presented a piece of Matlab code which works within the Optical Tweezers
Toolbox to calculate the response of a quadrant detector to particle displacements, and the …

… This section provides an overview of version 2 of the optical tweezers toolbox. Some of these
features are already present in version 1.5, the major change in version 2 is the object and …

… computational results has been demonstrated [9, 10]. Computational modelling of optical
tweezers … Matlab codes are available as part of the optical tweezers toolbox for computing the …

… Numerical computation of optical tweezers is one path to understanding the subtleties of
their underlying mechanism—electromagnetic scattering. Electromagnetic scattering models of …

… optical tweezers and how to use them for advanced applications. After a brief general introduction
on optical tweezers… In particular, there are computational toolboxes to calculate optical …

… theory of optical forces … in optical traps and its implementation in optical tweezers simulations.
Finally, we provide a general description of typical experimental setups of optical tweezers …

… In this tutorial, we review and discuss the physical modeling of optical forces in optical
tweezers, which are the resultant forces exerted by a trapping beam on a sphere of any size and …

… There is a range of existing methods for simulating optical tweezers … toolboxes: a new
version of the Optical Tweezers Toolbox (OTT) and a new beam shaping toolbox, OTSLM Toolbox …