Video-based and interference-free​ axial force detection and analysis for optical tweezers

Video-based and interference-free​ axial force detection and analysis for optical tweezers
For measuring the minute forces exerted on single molecules during controlled translocation through nanopores with sub-piconewton precision, we have developed a video-based axial force detection and analysis system for optical tweezers. Since our detection system is equipped with a standard and versatile CCD video camera with a limited bandwidth offering operation at moderate light illumination ...

FP II: Diodengepumpter Nd:YAG-Laser

FP II: Diodengepumpter Nd:YAG-Laser
Protokoll

DPG Spring Meeting Poster: Video-based Axial Force Analysis for 3D Quantitative Optical Tweezers

DPG Spring Meeting Poster: Video-based Axial Force Analysis for 3D Quantitative Optical Tweezers
Sebastian Knust¹, Andy Sischka¹, Andre Spiering¹, Christoph Pelargus¹, and Dario Anselmetti¹ ¹: Experimental Biophysics & Applied Nanoscience, Faculty of Physics, Bielefeld University, 33615 Bielefeld, Germany Abstract We developed and included video-based axial force analysis into our previously described optical tweezers setup [1]. By measuring the radius of a trapped microbead we achieve an overall force ...

FP I: Optical pumping of rubidium

FP I: Optical pumping of rubidium
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