  The newly reported Y(4260) becomes the second most massive state in the
charmonium family. We argue that it displaces the psi(4415) as the (largely) 4s
vector charmonium state, recall s-d wave interference to explain the lack of a
signal in e-e+ to hadrons and suggest some further study avenues that can
exclude exotic meson assignments. The absence of a J/psi KK mode can be
understood, beyond phase space suppression, to be a consequence of chiral
symmetry. We also provide a model calculation in this sector showing that,
although forcing the fit somewhat (which suggests a small sea quark
wavefunction component), the state can be incorporated in a standard scheme.
