  The recent observation at CDF and D0 of $\Sigma_b$, $\Sigma^*_b$ and $\Xi_b$
baryons opens the door to the advent of new states in the bottom baryon sector.
The states measured provide sufficient constraints to fix the parameters of
phenomenological models. One may therefore consistently predict the full bottom
baryon spectra. For this purpose we have solved exactly the three-quark problem
by means of the Faddeev method in momentum space. We consider our guidance may
help experimentalists in the search for new bottom baryons and their findings
will help in constraining further the phenomenological models. We identify
particular states whose masses may allow to discriminate between the dynamics
for the light-quark pairs predicted by different phenomenological models.
Within the same framework we also present results for charmed, doubly charmed,
and doubly bottom baryons. Our results provide a restricted possible assignment
of quantum numbers to recently reported charmed baryon states. Some of them are
perfectly described by $D-$wave excitations with $J^P=5/2^+$, as the $\Lambda_c
(2880)$, $\Xi_c(3055)$, and $\Xi_c(3123)$.
