Add to ORKGInvestigated has been the parametric mixing of waves in the atomic environment. The work has been aimed at the development of quantum-electrodynamic theory of four-wave mixing of waves and studying of quantum fluctuations of light and correlation between photons. Obtained have been motion equations for fourth-order amplitudes of radiation field, found and investigated have been their solutions. Calculated has been the light correlation function in a compressed form. It has been shown that this function describes photon super-grouping effect. Area of usage: quantum optics, correlation spectroscopyAvailable from VNTIC / VNTIC - Scientific & Technical Information Centre of RussiaSIGLERURussian Federatio
Correlations between uncoupled particles induced by the interaction with different types of light ar...
A general quantum theory of nonlinear mixing in multimode fields is formulated. The theory is valid ...
A general quantum theory of nonlinear mixing in multimode fields is formulated. The theory is valid ...
We study both theoretically and experimentally the generation of quantum correlations in the continu...
Abstract We study both theoretically and experimentally the generation of quantum correlations in th...
We study quantum intensity correlations produced using four–wave mixing in a room–temperature rubidi...
A quantum analysis of intensity fluctuations for the above-threshold parametric four-wave mixing in ...
A theory of four wave mixing for atoms in a cavity is developed. The strong interaction with the cav...
A theory of four wave mixing for atoms in a cavity is developed. The strong interaction with the cav...
In this project, we present a novel approach to calculate and engineer the photon correlations emerg...
We study quantum intensity correlations produced using four–wave mixing in a room–temperature rubidi...
We study both theoretically and experimentally the generation of quantum correlations in the continu...
The quantum fluctuations during the creation, conversion and detection of optical radiation were inv...
We use the quantum correlations of twin beams of light to investigate the fundamental addition of no...
We use the quantum correlations of twin beams of light to investigate the fundamental addition of no...
Correlations between uncoupled particles induced by the interaction with different types of light ar...
A general quantum theory of nonlinear mixing in multimode fields is formulated. The theory is valid ...
A general quantum theory of nonlinear mixing in multimode fields is formulated. The theory is valid ...
We study both theoretically and experimentally the generation of quantum correlations in the continu...
Abstract We study both theoretically and experimentally the generation of quantum correlations in th...
We study quantum intensity correlations produced using four–wave mixing in a room–temperature rubidi...
A quantum analysis of intensity fluctuations for the above-threshold parametric four-wave mixing in ...
A theory of four wave mixing for atoms in a cavity is developed. The strong interaction with the cav...
A theory of four wave mixing for atoms in a cavity is developed. The strong interaction with the cav...
In this project, we present a novel approach to calculate and engineer the photon correlations emerg...
We study quantum intensity correlations produced using four–wave mixing in a room–temperature rubidi...
We study both theoretically and experimentally the generation of quantum correlations in the continu...
The quantum fluctuations during the creation, conversion and detection of optical radiation were inv...
We use the quantum correlations of twin beams of light to investigate the fundamental addition of no...
We use the quantum correlations of twin beams of light to investigate the fundamental addition of no...
Correlations between uncoupled particles induced by the interaction with different types of light ar...
A general quantum theory of nonlinear mixing in multimode fields is formulated. The theory is valid ...
A general quantum theory of nonlinear mixing in multimode fields is formulated. The theory is valid ...