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Physics Letters A

Quantum interference in the spontaneous emission spectrum of a driven three-level system in cascade configuration

Francesco Plastina, Francesco Piperno

Published Dec 1, 1997• 9 citations
Publisher
DOI
10.1016/s0375-9601(97)00766-4

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Quantum Interference in the Spontaneous Emission Spectrum of a Driven Three Level Atom

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The spontaneous emission spectrum for a driven three-level system in the cascade configuration is calculated. By explicitly taking into account the upper level spontaneous decay, several modifications of the interference effects producing spectral structures are found. The combined distribution function containing second-order correlation effects is also explicitly obtained.

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Effects of quantum interference in spectra of cascade spontaneous emission from multilevel systems

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A general expression for the spectrum of cascade spontaneous emission from an arbitrary multilevel system is presented. Effects of the quantum interference of photons emitted in different transitions are analyzed. These effects are especially essential when the transition frequencies are close. Several examples are considered: (i) Three-level system; (ii) Harmonic oscillator; (iii) System with equidistant levels and equal rates of the spontaneous decay for all the transitions; (iv) Dicke superradiance model.

EPJ Web of Conferences•Dec 13, 2016•0 citations
A general expression for the spectrum of cascade spontaneous emission from an arbitrary multilevel system is presented. Effects of the quantum interference of photons emitted in different transitions are analyzed. These effects are especially essential when the transition frequencies are close. Several examples are considered: (i) Three-level system; (ii) Harmonic oscillator; (iii) System with equidistant levels and equal rates of the spontaneous decay for all the transitions; (iv) Dicke superradiance model.