Quantum vortex microscope for observing two-dimensional vortex dynamics in Bose-Einstein condensates

Laboratory measurements of vortex dynamics in Bose-Einstein condensates (BECs) are essential for the development of a clear understanding of many aspects of superfluid dynamics in these systems. Previously we obtained \texttt{\it in situ} images of a two-dimensional vortex distribution in a single-component BEC using an adaptation of dark-field imaging. Achieving these single-shot \texttt{\it in situ} images is a first step towards observing real-time vortex dynamics in a single BEC. This poster presents the development and implementation of the next phase of our quantum vortex microscope, which will enable the acquisition of multiple \texttt{\it in situ} images of vortices in a single highly oblate BEC.