  We present a catalog of 3354 candidate young stars within 500 pc that appear
to have been ejected from their parent associations with relative speeds of >5
km/s. These candidates have been homogeneously selected through performing a 2d
spherical traceback of previously identified pre-main sequence candidates to
various star forming regions, ensuring that the traceback age as well as the
estimated age of a star is consistent with the age of the population, and
excluding contaminants from the nearby moving groups that follow the dominant
velocity currents in the field. Among the identified candidates we identify a
number of pairs that appear to have interacted in the process of the ejection,
these pairs have similar traceback time, and their trajectory appears to be
diametrically opposite from each other, or they have formed a wide binary in
the process. As the selection of these candidates is performed solely in 2d,
spectral follow-up is necessary for their eventual confirmation. Unfortunately,
recently released Gaia DR3 radial velocities appear to be unsuitable for
characterizing the kinematics of low mass stars with ages <100 Myr, as the
accretion, activity, and a variety of other spectral features that make them
distinct from the more evolved stars do not appear to have been accurately
accounted for in the data, resulting in significant artificially inflated
scatter in their RV distribution.
