Abstract Optical tweezers are commonly used and powerful tools to perform force measurements on the piconewton scale and to detect nanometer-scaled displacements. However, the precision of these instr
Data of figure 8.c depicting the Brownian motion spectra at different temperatures as well as the extracted noise temperature. The folder contains the raw mechanical spectra for each temperature and
In this work, we shall consider a new class (Σr) of local submartingales of the form Xt = Mt + At, where (Mt)t ⩾ 0 is a càdlàg (right continuous with left limits) local martingale, (At)t ⩾ 0 is a càdl
Brownian motion is a foundational physical process characterized by a mean-squared displacement that scales linearly in time in thermal equilibrium, known as diffusion. At short times, the mean square
