A variational wave function for excitons in quantum-well wires is obtained. The reflectivity of a grating of quantum-well wires is computed by use of a Green's-function formalism for s- and p-polarized light, with the spatial dispersion and the electromagnetic coupling between the wires taken into account. The resulting energy shift between the s- and p-polarized spectra is discussed.
D'Andrea, A., DEL SOLE, R. (1992). Exciton wave functions and optical properties in a grating of quantum-well wires, 46(4), 2363-2374 [10.1103/PhysRevB.46.2363].
Exciton wave functions and optical properties in a grating of quantum-well wires
DEL SOLE, RODOLFO
1992-01-01
Abstract
A variational wave function for excitons in quantum-well wires is obtained. The reflectivity of a grating of quantum-well wires is computed by use of a Green's-function formalism for s- and p-polarized light, with the spatial dispersion and the electromagnetic coupling between the wires taken into account. The resulting energy shift between the s- and p-polarized spectra is discussed.File in questo prodotto:
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