The field of polariton-mediated light scattering is obviously a very rich one. It first gives a
direct visualisation of those fundamental hcoupled-mode excitations, the excitonic …

Four-wave degenerate-frequency mixing is used to study experimentally and theoretically
the Γ 1 biexciton in CuCl and CdS. Propagation and polarization effects, which are …

A linear-response theory leads to a generalized additional boundary condition (ABC) which
includes as special cases all the well-known ABC's. Calculations for the reflectivity are …

High-resolution resonant Brillouin-scattering (RBS) experiments were performed in the
vicinity of the A exciton in cadmium sulfide. The spectroscopic system used in these …

Numerical calculations are presented for the observable external scattering cross sections of
resonant Brillouin scattering. The A exciton in semiconducting CdS is taken as a concrete …

We present theoretical and experimental study of resonant Brillouin scattering of excitonic
polaritons in one-dimensional multiple-quantum-well structure. We obtain general analytical …

A transfer-matrix formalism is developed to study the effects of spatial dispersion in the
optical properties of a superlattice made up by alternating an excitonic semiconductor with …

We present polariton-mediated resonant Brillouin measurements for CdTe at 10 K. The
observed scattering frequencies are interpreted with the polariton dispersion of that material …

The backscattering of normally incident light by a medium in which there are two polariton
branches is considered. The exciton boundary condition is written as u+ mu du/dz= 0, and …

The influence of the local-field effects on the interpretation of the excitonic polarition
dispersion curves in cubic semiconductors is investigated. It is shown that in real …