  We examine Kondo effect in the periodic Anderson model for which the
conduction band is of multi-orbital character and subject to mirror symmetry
breaking field imposed externally. Taking p-orbital-based toy model for
analysis, we find the Kondo pairing symmetry of p-wave character emerges
self-consistently over some regions of parameter space and filling factor even
though only the on-site Kondo hybridization is assumed in the microscopic
Hamiltonian. The band structure in the Kondo-hybridized phase becomes nematic,
with only two-fold symmetry, due to the p-wave Kondo coupling. The reduced
symmetry should be readily observable in spectroscopic or transport
measurements for heavy fermion system in a multilayer environment such as
successfully grown recently.
