Add to ORKGWe report the results of a theoretical and experimental investigation of a passive (self-pumped) phase conjugate mirror. This device is based on real time holography in materials which allow a spatial phase shift between the refractive index grating and the light interference pattern. An imaging experiment is reported showing the phase conjugating nature of the device. The holographic medium used was a single crystal of barium titanate
The implementation of self-pumped phase-conjugating mirrors (SPPCM) in interferometers promises an e...
Phase-conjugate mirrors on the basis of photorefractive crystals offer interesting possibilities of ...
For the application of self-pumped phase-conjugate mirrors in interferometric arrangements, the prop...
A passive phase conjugate mirror based on four-wave mixing in an optical ring cavity is described. U...
This thesis describes and assesses experimentally novel configurations for various types of phase co...
A theoretical and experimental study of four-wave mixing in photorefractive crystals like SBN and Ba...
The properties of photorefractive phase conjugate mirror configurations are investigated. It is sho...
Bistability and hysteresis have been observed in a photorefractive passive phase conjugate mirror. A...
With respect to digital holography, techniques in suppressing noises derived from reference arm are ...
Self-pumped phase conjugation was performed in a photorefractive cerium-doped barium titanate crysta...
The details of experiments showing the effects of self-pumped phase conjugation on reflection and on...
A theory of phase conjugation in asymmetric materials that allow a phase shift between the grating a...
In digital holography, techniques of noise suppression from the perspective of reference arm have be...
A phase-conjugate geometry with two photorefractive crystals is demonstrated. It can be used for rea...
The large electro-optic coefficient of photorefractive materials such as BaTiO3 has allowed the obse...
The implementation of self-pumped phase-conjugating mirrors (SPPCM) in interferometers promises an e...
Phase-conjugate mirrors on the basis of photorefractive crystals offer interesting possibilities of ...
For the application of self-pumped phase-conjugate mirrors in interferometric arrangements, the prop...
A passive phase conjugate mirror based on four-wave mixing in an optical ring cavity is described. U...
This thesis describes and assesses experimentally novel configurations for various types of phase co...
A theoretical and experimental study of four-wave mixing in photorefractive crystals like SBN and Ba...
The properties of photorefractive phase conjugate mirror configurations are investigated. It is sho...
Bistability and hysteresis have been observed in a photorefractive passive phase conjugate mirror. A...
With respect to digital holography, techniques in suppressing noises derived from reference arm are ...
Self-pumped phase conjugation was performed in a photorefractive cerium-doped barium titanate crysta...
The details of experiments showing the effects of self-pumped phase conjugation on reflection and on...
A theory of phase conjugation in asymmetric materials that allow a phase shift between the grating a...
In digital holography, techniques of noise suppression from the perspective of reference arm have be...
A phase-conjugate geometry with two photorefractive crystals is demonstrated. It can be used for rea...
The large electro-optic coefficient of photorefractive materials such as BaTiO3 has allowed the obse...
The implementation of self-pumped phase-conjugating mirrors (SPPCM) in interferometers promises an e...
Phase-conjugate mirrors on the basis of photorefractive crystals offer interesting possibilities of ...
For the application of self-pumped phase-conjugate mirrors in interferometric arrangements, the prop...