… Finally, still motivated by the interest in reducing the cost and complexity of an optical tweezer
… of an optical tweezer. We close with a brief discussion and the conclusions of this work. …

… Optical tweezers have become the method of choice in single-molecule manipulation studies.
In this Primer, we first review the physical principles of optical tweezers … optical tweezers …

… of the microsecond-scale relaxation times of biological … optical tweezers’ spatial and
temporal resolution down to today’s values, discussing the experimental variables and constraints …

… 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 …

… While a comprehensive overview of numerical methods for optical tweezers it is beyond the
scope of this work, some cover of the topic can be found elsewhere [56], [57], [58], [59]. Here …

… In addition, the values of elastic properties and characteristic time for viscoelastic relaxation
extracted from the present optical tweezers experiments on normal human red blood cells …

… Subsequently, direct stretching by optical tweezers of the … large deformation of RBC with
optical tweezers. We find that the … undergoes constant remodeling to always relax the in-plane …

… relaxed) molecules and torsionally constrained ones, even if it occurs at different force values.
In torsionally relaxed … explain the influence of torsional constraints on the structural stability …

… Here, we introduce a mesoscopic model to analyze the hopping kinetics of RNA hairpins in
an optical tweezers setup. The model includes different elements of the experimental setup (…

… with a digital correlator, one obtains the Brownian relaxation time of the bead see Fig. 14 .
… 15 by the beam aperture constraint. Our measurement accuracy is not sufficient to verify the …