  We propose doubly-ionized lanthanum (La$^{2+}$) as a possible qubit candidate
for quantum networks. Transitions between the lowest levels in the atom are in
the infrared, enabling a direct matter-light interface amenable to
long-distance quantum communication. These transitions could also be used to
directly laser-cool trapped La$^{2+}$ ions. The rich hyperfine structure of the
ion may allow for a qubit stored in magnetic-field insensitive states, as well
as protocols for atom-photon entanglement.
