The Standard Model of particle physics does an excellent job of describing many of the particles and fundamental forces comprising our universe, but it fails to match all our experimental observations, leaving some phenomena unexplained. Such is the goal of Beyond Standard Model (BSM) physics, which seeks to bridge many of these gaps. However, BSM interactions are quite difficult to observe owing to their rarity; if they weren't so rare, physicists likely would have seen and incorporated them into the Standard Model by now.

IsoDAR (Isotope Decay-at-Rest) is an experiment well-posed to hunt for many BSM phenomena by bringing together, for the first time, both a high intensity particle accelerator and a multi-kiloton-scale detector to an underground laboratory. This combination significantly enhances IsoDAR's statistics compared to related experiments, as well as opportunities to either pin down or provide evidence against many of the BSM physics proposed to explain discrepancies between the Standard Model and current experimental observations.