Optical tweezers are a crucial tool for the manipulation and characterisation, without
mechanical contact, of micro-and nanoparticles, ranging from biological components, such …

In this work, we consider a particle subjected to active fluctuations due to the presence of an
active bath. The active fluctuation driving the particle is modeled as an Ornstein–Uhlenbeck …

We report on a two-laser holographic optical tweezers setup and present its two major
advantages over single-laser one. First, the trap stiffness of a weak trapping beam can be …

En este trabajo se desarrolla una Interfaz Gráfica de Usuario en el software MATLAB, que
facilita el análisis de las fuerzas de la luz responsables de la captura de esferas dieléctricas …

Optical tweezers use the force from a light beam to implement a precise gripping tool. Based
purely on an optical principle, it works without any bodily contact with the object. In this …

Information about the refractive index difference between a biological material and its
surrounding medium is of key importance in various research fields in biophotonics …

The ability to measure forces in the range of 0.1–100 pN is a key feature of optical tweezers
used for biophysical and cell biological studies. Analysis of the interactions between …

One of the challenges in model-based control of stochastic dynamical systems is that the
state transition dynamics are involved, and it is not easy or efficient to make good-quality …

Thermodynamics of far-from-equilibrium systems often require measurement of effective
parameters such as temperature. Whether such approach is valid for the general case of …

The ray-optics (RO) model is a reasonable method to calculate optical force in geometrical
optics regime. However, the RO model fails to calculate the optical force produced by …