  We have investigated low energy nuclear spin excitations in strongly
correlated electron compound HoCrO$_3$. We observe clear inelastic peaks at $E
= 22.18 \pm 0.04$ $\mu eV$ in both energy loss and gain sides. The energy of
the inelastic peaks remains constant in the temperature range 1.5 - 40 K at
which they are observed. The intensity of the inelastic peak increases at first
with increasing temperature and then decreases at higher temperatures. The
temperature dependence of the energy and intensity of the inelastic peaks is
very unusual compared to that observed in other Nd, Co and V compounds. Huge
quasielastic scattering appears at higher temperatures presumably due to the
fluctuating electronic moments of the Ho ions that get increasingly disordered
at higher temperatures.
