  The data on the $p_T$ spectra of $\phi$ and $\Omega$ at LHC can be presented
in a format that shows exponential behavior up to $p_T\approx 6$ GeV/c with the
same slope for both particles and for nearly all centralities. They are
empirical properties that are shared at lower energies with the inverse slope
showing a power-law dependence on $\sqrt{s_{NN}}$. The shared properties of the
spectra are shown to emerge naturally from the recombination model. No flow is
needed. We find experimental hints for the possibility that $\phi$ and $\Omega$
are mostly produced in the ridge that are generated by minijets. Appropriate
experimental test is suggested.
