  We show that the high temperature behavior of atomic gases near Feshbach
Resonance with non-zero orbital angular momentum $(\ell >0)$ belong to a
universality class different from that of s-wave resonances. The universal
interaction energy is $2(2\ell +1)$ times larger than that of the s-wave when
approaching the resonance from the atomic side, but is essentially zero on the
molecular side; contrary to s-wave resonances where interaction energies on
both sides are the same except for a sign change. The measurement of these
universality properties should be feasible in current experiments.
