The effects of fluctuation associated with chaotic fields on degenerate four-wave mixing are studied. The chaotic field phase conjugates more efficiently than the single-mode coherent light for both weak and strong fields, the reflectivity being enhanced by a factor of 2 in the former case. The fluctuations are also shown to have a significant effect on reflectivity as a function of detuning
We present in this paper a theoretical study of the angular dependence of phase-conjugate emission v...
We present in this paper a theoretical study of the angular dependence of phase-conjugate emission v...
A theory of phase conjugation in asymmetric materials that allow a phase shift between the grating a...
The influence of the temporal-coherence properties of the pump and signal waves on the efficiency an...
The influence of the temporal-coherence properties of the pump and signal waves on the efficiency an...
We consider the dependence of the four-wave-mixing signal from an ensemble of homogeneously broadene...
A number of new optical effects that result from degenerate four-wave mixing in transparent optical ...
An exact solution of a nonlinear model of holographic four-wave mixing is derived. An expression for...
A general theory of four-wave mixing in correlated pump and probe fields is developed. The form of t...
The formulation of phase conjugation via nondegenerate four-wave mixing in a homogeneously broadened...
The effect of pump fluctuations on various coherent processes that arise in three-level systems inte...
The formulation of phase conjugation via nondegenerate four-wave mixing in a homogeneously broadened...
The nonlinear-optical properties of a system whose collisional dynamics are strongly affected by int...
We investigate the way in which four-wave mixing in a waveguide is affected by chromatic dispersion....
We investigate the way in which four-wave mixing in a waveguide is affected by chromatic dispersion....
We present in this paper a theoretical study of the angular dependence of phase-conjugate emission v...
We present in this paper a theoretical study of the angular dependence of phase-conjugate emission v...
A theory of phase conjugation in asymmetric materials that allow a phase shift between the grating a...
The influence of the temporal-coherence properties of the pump and signal waves on the efficiency an...
The influence of the temporal-coherence properties of the pump and signal waves on the efficiency an...
We consider the dependence of the four-wave-mixing signal from an ensemble of homogeneously broadene...
A number of new optical effects that result from degenerate four-wave mixing in transparent optical ...
An exact solution of a nonlinear model of holographic four-wave mixing is derived. An expression for...
A general theory of four-wave mixing in correlated pump and probe fields is developed. The form of t...
The formulation of phase conjugation via nondegenerate four-wave mixing in a homogeneously broadened...
The effect of pump fluctuations on various coherent processes that arise in three-level systems inte...
The formulation of phase conjugation via nondegenerate four-wave mixing in a homogeneously broadened...
The nonlinear-optical properties of a system whose collisional dynamics are strongly affected by int...
We investigate the way in which four-wave mixing in a waveguide is affected by chromatic dispersion....
We investigate the way in which four-wave mixing in a waveguide is affected by chromatic dispersion....
We present in this paper a theoretical study of the angular dependence of phase-conjugate emission v...
We present in this paper a theoretical study of the angular dependence of phase-conjugate emission v...
A theory of phase conjugation in asymmetric materials that allow a phase shift between the grating a...
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