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The search for neutrinoless double beta decay ($0\nu\beta\beta$) remains oneof the most compelling experimental avenues for the discovery in the neutrinosector. Electroluminescent gas-phase time projection chambers are well suitedto $0\nu\beta\beta$ searches due to their intrinsically precise energyresolution and topological event identification capabilities. Scalability toton- and multi-ton masses requires readout of large-area electroluminescentregions with fine spatial resolution, low radiogenic backgrounds, and ascalable data acquisition system. This paper presents a detector prototype thatrecords event topology in an electroluminescent xenon gas TPC via VUVimage-intensified cameras. This enables an extendable readout of large trackingplanes with commercial devices that reside almost entirely outside of theactive medium.Following further development in intermediate scaledemonstrators, this technique may represent a novel and enlargeable method fortopological event imaging in $0\nu\beta\beta$.

NEXT-CRAB-0: A High Pressure Gaseous Xenon Time Projection Chamber with a Direct VUV Camera Based Readout