Dynamical theory for modeling dipole-dipole interactions in a microcavity:The Green dyadic approach - art. no. 193308

Citation
Rl. Hartman et Pt. Leung, Dynamical theory for modeling dipole-dipole interactions in a microcavity:The Green dyadic approach - art. no. 193308, PHYS REV B, 6419(19), 2001, pp. 3308
Citations number
28
Categorie Soggetti
Apllied Physucs/Condensed Matter/Materiales Science
Journal title
PHYSICAL REVIEW B
ISSN journal
01631829 → ACNP
Volume
6419
Issue
19
Year of publication
2001
Database
ISI
SICI code
0163-1829(20011115)6419:19<3308:DTFMDI>2.0.ZU;2-Y
Abstract
A dynamical theory for modeling the dipole-dipole interaction in a microcav ity is formulated using the Green dyadic approach. To our knowledge, this t heory is one of the most general in many aspects of modeling the phenomenon . It accommodates an arbitrary number of layers adjacent to the cavity, con stant but arbitrary dielectric properties within each laver, inclusion of r etardation effects, arbitrary dipole orientations, and an unlimited number of interacting dipoles. Numerical results for the emission properties of in teracting molecular dipoles in a microcavity are presented to illustrate th e capability of the method.