Optical Modes in Elliptical Microcavities for Single-Photon Sources

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Resumo

A theory of optical modes in an elliptical microcavity has been developed using Mathieu functions in elliptical coordinates. A key difference from the circular case is the splitting of doubly degenerate modes. Split optical modes have been numerically calculated and their symmetry has been determined. A method has been proposed to choose the parameters of a cavity for a certain wavelength. The difference between the energies of optical modes in the cavity with metallic walls and in the dielectric cavity is no more than ~20%. The dispersion relations of optical modes show the possibility of degeneracy of modes with different symmetries, which allows the spectral and polarization filtering of radiation of single-photon sources and the fabrication of sources of multiply entangled states.

Sobre autores

D. Kazanov

Ioffe Institute

Email: kazanovdr@gmail.com
194021, St. Petersburg, Russia

A. Monakhov

Ioffe Institute

Autor responsável pela correspondência
Email: kazanovdr@gmail.com
194021, St. Petersburg, Russia

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