  We perform calculations for \omega production in nuclei by means of the
(\gamma,p) reaction for photon energies and proton angles suited to running and
future experiments in present Laboratories. For some cases of possible \omega
optical potentials we find clear peaks which could be observable provided a
good resolution in the \omega energy is available. We also study the inclusive
production of \pi^0 \gamma in nuclei around the \omega energy and find a double
hump structure for the energy spectra, with a peak around a \pi^0 \gamma energy
of m_{\omega}-100 MeV, which could easily be misidentified by a signal of a
bound \omega state in nuclei, while it is due to a different scaling of the
uncorrelated \pi^0 \gamma production and \omega production with subsequent
\pi^0 \gamma decay.
