Add to ORKGAn interesting application of optical phase conjugation is phase conjugate interferometry. We report here a new approach to real-time interferometry which combines the high phase conjugate efficiency of photorefractive crystals and the fast response times offered by dye-doped polymer films by using a composite structure. The ability of this material to generate two independent but overlapping phase conjugate waves. which can interfere to reveal the phase changes in a test object, is discussed and demonstrated with a specific example
International audienceThe all-optical poling technique permits polar orientation of molecules. For e...
Forward phase conjugate waves have been generated by the 180 degree rotation of the holograms stored...
A phase-conjugate interferometric method of thin film analysis obtains three independent parameters ...
An interesting application of optical phase conjugation is phase conjugate interferometry. We report...
A novel approach for phase conjugate interferometry using a composite material which contains both a...
A phase-conjugate geometry with two photorefractive crystals is demonstrated. It can be used for rea...
Phase-conjugate mirrors on the basis of photorefractive crystals offer interesting possibilities of ...
The large electro-optic coefficient of photorefractive materials such as BaTiO3 has allowed the obse...
A single object wave is amplitude divided by a beam splitter into two waves of equal intensity that ...
A new research area in coherent optics has emerged and has been receiving increasing attention from ...
Experimental results of the temperature dependence of the nonlinear optical response of methyl red d...
A theoretical and experimental study of four-wave mixing in photorefractive crystals like SBN and Ba...
A fundamental extension of the phase conjugation imaging process is proposed and demonstrated. In th...
Near-perfect vector phase conjugation was achieved at 488 nm in a methyl red dye impregnated polymet...
A novel technique to generate forward phase conjugate wave by two-wave mixing (TWM) in photorefracti...
International audienceThe all-optical poling technique permits polar orientation of molecules. For e...
Forward phase conjugate waves have been generated by the 180 degree rotation of the holograms stored...
A phase-conjugate interferometric method of thin film analysis obtains three independent parameters ...
An interesting application of optical phase conjugation is phase conjugate interferometry. We report...
A novel approach for phase conjugate interferometry using a composite material which contains both a...
A phase-conjugate geometry with two photorefractive crystals is demonstrated. It can be used for rea...
Phase-conjugate mirrors on the basis of photorefractive crystals offer interesting possibilities of ...
The large electro-optic coefficient of photorefractive materials such as BaTiO3 has allowed the obse...
A single object wave is amplitude divided by a beam splitter into two waves of equal intensity that ...
A new research area in coherent optics has emerged and has been receiving increasing attention from ...
Experimental results of the temperature dependence of the nonlinear optical response of methyl red d...
A theoretical and experimental study of four-wave mixing in photorefractive crystals like SBN and Ba...
A fundamental extension of the phase conjugation imaging process is proposed and demonstrated. In th...
Near-perfect vector phase conjugation was achieved at 488 nm in a methyl red dye impregnated polymet...
A novel technique to generate forward phase conjugate wave by two-wave mixing (TWM) in photorefracti...
International audienceThe all-optical poling technique permits polar orientation of molecules. For e...
Forward phase conjugate waves have been generated by the 180 degree rotation of the holograms stored...
A phase-conjugate interferometric method of thin film analysis obtains three independent parameters ...