Speaker
Description
The event reconstruction is one of the major techniques used in neutrino experiments employing Liquid Argon Time Projection Chambers (LArTPCs). To enhance scientific performance, Wire-Cell has been developed as a novel event reconstruction framework that utilizes the topology of 2D projections. It makes use of time, charge, and geometrical information encoded in 2D wire plane signals, and incorporates features such as sparsity and proximity across multiple wire planes. Owing to its versatility, Wire-Cell can be applied to a wide range of LArTPC-based experiments and is currently being optimized for use in the Deep Underground Neutrino Experiment (DUNE). In this work, we present the basic concepts and the core reconstruction procedure of the framework.
