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Proceedings Paper

Cooperative effects between three subsystems in two-photon and Raman resonances
Author(s): Nicolae A. Enaki; Tudor Rosca
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Paper Abstract

The two-photon and scattering resonances between the spontaneous emissions of the two- and single- photon transitions of the three-level inverted radiators in the Ξ, V configurations and the system of two-level radiators D, inverted relatively the dipole forbidden transition are revised. This approach opens the new possibilities in the manipulation of the decay process and generation of the entangled photon pairs. The correlation between the V and Ξ cascade three-level subsystems on the two-photon transitions of dipole forbidden radiators is studied, taking into consideration the cooperative scattering and two photon resonances through the vacuum field. One of them corresponds to the situation when the total energy of emitted photons by three level dipole-active radiator in the cascade configuration enters into the two-photon resonance with the dipole-forbidden transitions of second atom. Another effect corresponds to the scattering situation, when the difference of the excited energies of the two dipole-active transitions of V three level radiator are in the resonance with the dipole-forbidden transitions of the second one. These effects are accompanied with the interferences between single- and two-quantum collective transitions of the inverted radiators from the ensemble. The two particle collective decay rate is defined in the description of the atomic correlation functions.

Paper Details

Date Published: 10 June 2013
PDF: 11 pages
Proc. SPIE 8882, ROMOPTO 2012: Tenth Conference on Optics: Micro- to Nanophotonics III, 88820L (10 June 2013); doi: 10.1117/12.2032570
Show Author Affiliations
Nicolae A. Enaki, Institute of Applied Physics, Academy of Sciences of Moldova (Moldova)
Tudor Rosca, Institute of Applied Physics, Academy of Sciences of Moldova (Moldova)


Published in SPIE Proceedings Vol. 8882:
ROMOPTO 2012: Tenth Conference on Optics: Micro- to Nanophotonics III
Valentin I. Vlad, Editor(s)

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