  In this study, we investigate the impact of new physics on different measures
of tripartite entanglement within the context of three-flavor neutrino
oscillations. These measures encompass concurrence, entanglement of formation,
and negativity. We analyze the influence of new physics on these measures
across a range of experimental setups involving both reactors and accelerators.
Reactor experiments under consideration include Daya Bay, JUNO, and KamLAND
setups, while accelerator experiments encompass T2K, MINOS, and DUNE. Our
analysis reveals that accelerator experiments demonstrate greater sensitivity
to NSI, with the most pronounced impact observed in the DUNE experiment.
Negativity, while a weaker metric compared to EOF and concurrence, exhibits
maximal sensitivity to NSI effects, particularly evident when neutrinos possess
moderate to high energies. Conversely, reactor experiments demonstrate less
sensitivity to NSI, with concurrence and EOF displaying more prominent effects.
