aqora

Correlations and Statistics of Photons in Fluorescence Radiation

Henk F. Arnoldus, Gerard Nienhuis

De Gruyter eBooksDec 31, 19850 citations

Quantum statistics and photon correlation effects in parametric fluorescence

S. T. Gevorkyan, G. Yu. Kryuchkov

Journal of Experimental and Theoretical PhysicsJun 1, 19870 citations

Time Dependence and Intensity Correlations in the Resonance Fluorescence Triplet of Perturbed Atoms

Gerard Nienhuis

Springer series in optical sciences/SPringer series in optical sciencesJan 1, 19830 citations

Resonance fluorescence statistics of a two-level atom in feedback loop

V. A. Tomilin, Leonid V. Il'ichov

Statistics of photoemission events into the components of a triplet of resonance fluorescence of a two-level atom in a classical optical field, the phase of which changes by π upon the detection of spontaneous photon, is compared with the case when the feedback is absent. In contrast to the known problem on the statistics of resonance fluorescence of a two-level atom, a grouping of photocounts should be observed in each separate side component of the triplet. Anticorrelation of photoemission into side components is also predicted, and the type of correlations between the emission into the central component of the triplet and into any of the side ones can be controlled by varying the detuning of the radiation frequency from the resonant value.Statistics of photoemission events into the components of a triplet of resonance fluorescence of a two-level atom in a classical optical field, the phase of which changes by π upon the detection of spontaneous photon, is compared with the case when the feedback is absent. In contrast to the known problem on the statistics of resonance fluorescence of a two-level atom, a grouping of photocounts should be observed in each separate side component of the triplet. Anticorrelation of photoemission into side components is also predicted, and the type of correlations between the emission into the central component of the triplet and into any of the side ones can be controlled by varying the detuning of the radiation frequency from the resonant value.

Doklady PhysicsOct 1, 20135 citations

Peculiarities of resonance fluorescence statistics for a two‐level atom in frequency selective feedback loop

V. A. Tomilin, Leonid V. Il'ichov

A theoretical analysis of the resonance fluorescence of a two‐level atom in a classical monochromatic field with feedback phase switching depending on the fluorescence triplet component which the last spontaneously emitted photon belongs to is presented. The considered feedback loop is a hybrid quantum‐classical system. Statistics of photoemissions into the triplet components is investigated as well as correlations between the components. In contrast to the well‐known resonance fluorescence of a two‐level atom without feedback phase switching, a bunching of photocounts is predicted in each side‐band, and successive photoemissions into different side‐bands manifest antibunching. The type of the statistics can efficiently be controlled by the frequency detuning of the external field. In many points the considered feedback scheme provides drastically different statistical features of fluorescence when compared with the scheme of frequency‐unselective feedback phase switching. imageA theoretical analysis of the resonance fluorescence of a two‐level atom in a classical monochromatic field with feedback phase switching depending on the fluorescence triplet component which the last spontaneously emitted photon belongs to is presented. The considered feedback loop is a hybrid quantum‐classical system. Statistics of photoemissions into the triplet components is investigated as well as correlations between the components. In contrast to the well‐known resonance fluorescence of a two‐level atom without feedback phase switching, a bunching of photocounts is predicted in each side‐band, and successive photoemissions into different side‐bands manifest antibunching. The type of the statistics can efficiently be controlled by the frequency detuning of the external field. In many points the considered feedback scheme provides drastically different statistical features of fluorescence when compared with the scheme of frequency‐unselective feedback phase switching. image

Annalen der PhysikAug 8, 20145 citations

Photon statistics of fluorescence from a single three-level atom

Martina Merz, Axel Schenzle

Applied Physics BFeb 1, 199012 citations

Correlated statistics of photons in the components of the fluorescence triplet

Related papers

Correlated statistics of photons in the components of the fluorescence triplet

Related papers