The geometry of a total-internal-reflection (TIR) phase-conjugate mirror is investigated in the
framework of a two-dimensional model, based on the solution of nonlinear material …

The double phase-conjugate mirror is an oscillator in the framework of the one-dimensional
theoretical model previously used for its description. Results of a more consistent two …

Development of scattered radiation in the geometry of a double phase-conjugate mirror is
investigated numerically in the framework of a two-dimensional model that accounts for both …

The background mechanisms responsible for the production of phase-conjugate waves are
presented in a unified way. One set of wave equations can be used to describe both four …

The double phase-conjugate mirror (DPCM) is an oscillator in the framework of a one-
dimensional theoretical model. The results of a more consistent two-dimensional approach …

We demonstrate theoretically that the distortion-correction property of phase-conjugate
beams propagating in reverse through aberrating media is also operative when the indices …

A method for removing some of the restrictions imposed in conventional phase conjugation
imaging applications is proposed. It provides the possibility of transformation of both the …

A new geometry for the conjugation of mutually incoherent light beams is proposed. A
theoretical description of this geometry is given, including the development of a three …

Spatial and dynamical effects in double phase conjugate mirrors are investigated
analytically and numerically. A variety of spatial and temporal effects are observed, such as …

We study near field coupling of dipole radiation to a phase conjugate mirror and show the
following. The near field coupling which scales as an inverse cubic power of the distance of …