Optical waves propagation in various types of volume gratings, materials with constant
impendence and optical fibers are studied. Instability of cross-phase modulation and of …

The volume holographic memory in the photorefractive crystal is considered to be an
efficient approach for high throughput data storage and retrieval. Among different techniques …

We propose a new interferometric technique for the linear detection of small out-of-plane
vibrations of rough surfaces. The technique is based on the polarization self-modulation …

Optical studies related to polarization holographic recording in photosensitive materials, as
azo compounds, liquid crystals and polymeric mixtures, and dye doped polymers, were …

We present a study of the statistics of the intensity patterns produced when coherent light is
scattered by random media (volume disorder) or randomly rough surfaces. Such a random …

A novel approach for precise interferometric measurements of small transient phase shift of
any speckled wave is discussed. The technique is based on a recently discovered …

New interferometric technique based on the polarization self-modulation (PSM) effect in
photoconductive electrooptic crystals for the linear detection of small out-of-plane vibrations …

Random optical field ie speckle pattern of light, has been extensively investigated for various
applications. Recently, it becomes generally known that the random optical field is …

We present a simple modeling of random phase reference in holographic memory. The
proposed model is analyzed by a statistical approach. Improvement on selectivity using …