photorefractive splicing device with double phase

Practical Uses and Applications of Electro

The phase modulator is the simplest electro-optic modulator.Here, an electric field is applied along one of the crystal's principal axes. 3 Light polarized along any other principal axis experiences an index of refraction change, hence an optical path length change, that is proportional to the applied electric field.

Selective Erasure of Holograms in Photorefractive and

A selective erasure/update method of multiplexed photorefractive and photopolymer holograms by use of the double Mach–Zehnder (DMZ) interferometric arrangement is proposed. The DMZ arrangement is used as the optical phase-control device for holographic recording/erasure/update operations, which can produce a pair of $pi$-phase-shifted interference patterns with a simple optical setup.

Practical Uses and Applications of Electro

The phase modulator is the simplest electro-optic modulator.Here, an electric field is applied along one of the crystal's principal axes. 3 Light polarized along any other principal axis experiences an index of refraction change, hence an optical path length change, that is proportional to the applied electric field.

Chromophore Design for Photorefractive Organic

Jos-Luis Maldonado, Vctor-Manuel Herrera-Ambriz, Mario Rodrguez, Gabriel Ramos-Ortz, Marco-Antonio Meneses-Nava, Oracio Barbosa-Garca, Rosa Santillan and Norberto Farfn, Reversible holography and optical phase conjugation for image formation/correction using highly efficient organic photorefractive polymers, Journal of Applied Research and Technology, 10.1016/j.jart.2015.10.007,

(PDF) Beam coupling and locking of lasers using

We discuss the use of photorefractive four-wave mixing for coupling and locking of lasers. A demonstration of the double phase-conjugate mirror and the semilinear passive phase-conjugate mirror, pumped simultaneously by different lasers, is rations 1 for coherent

Photorefractive asymmetric Fabry–Perot quantum wells:

Photorefractive asymmetric Fabry–Perot quantum-well structures yield significantly enhanced diffraction during four-wave mixing by employing the sensitive amplitude and phase control of multiple-beam interference within the device. We present an Al0.1Ga0.9

(PDF) Beam coupling and locking of lasers using

We discuss the use of photorefractive four-wave mixing for coupling and locking of lasers. A demonstration of the double phase-conjugate mirror and the semilinear passive phase-conjugate mirror, pumped simultaneously by different lasers, is rations 1 for coherent

Semilinear double phase conjugate mirror

1990/3/1Photorefractive double phase conjugation has been an interesting subject in recent years [ 1-3 ]. The interaction process can self-generate a pair of phase conjugate replicas from two mutually beams without spatial and temporal modulation cross talk [ 1,4].

Optical information processing with the double phase Optical

Optical information processing with the double phase conjugate mirror Shmuel Sternklar, MEMBER SPIE Shimon Weiss, MEMBER SPIE Baruch Fischer Technion -Israel Institute of Technology Department of Electrical Engineering Haifa 32000, Israel Abstract. The

Selective Erasure of Holograms in Photorefractive and

A selective erasure/update method of multiplexed photorefractive and photopolymer holograms by use of the double Mach–Zehnder (DMZ) interferometric arrangement is proposed. The DMZ arrangement is used as the optical phase-control device for holographic recording/erasure/update operations, which can produce a pair of $pi$-phase-shifted interference patterns with a simple optical setup.

OSA

The spatial spectrum of angular phase matching for photorefractive devices that use orthogonally polarized reading and writing beams may be enhanced if the images are recorded at angles where the ordinary and extraordinary cross sections of the index ellipsoid have equal curvatures. Applications include holographic storage, phased-array radar processors, and achromatic photorefractive devices

OSA

We report on the operation of the double phase-conjugate mirror (DPCM). Two inputs to opposite sides of a photorefractive barium titanate crystal, which may carry different spatial images, are shown to pump the same four-wave mixing process mutually and are self-refracted without any external or internal crystal surface. This results in the phase-conjugate reproduction of the two images

OSA

The photorefractive properties of Sn2P2S6 crystals doped with Te and Sb in the near-infrared wavelength range up to 1064 nm are reported. The main photorefractive parameters, i.e., two-wave mixing gain, effective electro-optic coefficient, diffusion length, concentration of traps, and response time, are compared with conventional nominally pure Sn2P2S6. Te-doped Sn2P2S6 shows the fastest

Userfriendly and Compact Holographic Camera Based on

L. Labrunie, G. Pauliat, G. Roosen, and J-C. Launay: Simultaneous acquisition of 2 phase-stepped interferograms with a photorefractive Bi12GeO20 crystal : application to real-time double-pulse holography. Opt. Lett. 20, 1652-1654 (1995) ADS CrossRef

Userfriendly and Compact Holographic Camera Based on

L. Labrunie, G. Pauliat, G. Roosen, and J-C. Launay: Simultaneous acquisition of 2 phase-stepped interferograms with a photorefractive Bi12GeO20 crystal : application to real-time double-pulse holography. Opt. Lett. 20, 1652-1654 (1995) ADS CrossRef

LASIK

LASIK or Lasik (laser-assisted in situ keratomileusis), commonly referred to as laser eye surgery or laser vision correction, is a type of refractive surgery for the correction of myopia, hyperopia, and astigmatism. LASIK surgery is performed by an ophthalmologist who uses a laser or microkeratome to reshape the eye's cornea in order to improve visual acuity.

Selective Erasure of Holograms in Photorefractive and

A selective erasure/update method of multiplexed photorefractive and photopolymer holograms by use of the double Mach–Zehnder (DMZ) interferometric arrangement is proposed. The DMZ arrangement is used as the optical phase-control device for holographic recording/erasure/update operations, which can produce a pair of $pi$-phase-shifted interference patterns with a simple optical setup.

Photorefractive splicing device with double phase

We develop a splicing device for photonic crystal fibers (PCFs) based on a double phase conjugate mirror (DPCM) using a novel photorefractive (PR) Sn 2 P 2 S 6:Sb 1.5% crystal. This PR splicer has many attractive characteristics including modal field compensation and the

(PDF) gests that this material could be used for practical

0003-6935/86/244518-03 $02.00/0. 1986 Optical Society of America. Phase-conjugate mirrors (PCMs) have been shown to be useful as distortion correction devices in configurations where the light beam retraces its path, such as a laser cavity'or a

Photorefractive splicing device with double phase

We develop a splicing device for photonic crystal fibers (PCFs) based on a double phase conjugate mirror (DPCM) using a novel photorefractive (PR) Sn 2 P 2 S 6:Sb 1.5% crystal.This PR splicer has many attractive characteristics including modal field compensation

Photorefractive acoustoelectro

device geometry of one possible configuration of the photorefractive AEO correlator are shown in Figs. 1 (a) and 1(b), respectively. A photorefractive grating is optically formed with its wave vector pointing in the y direction, and a single-frequency acoustic

Practical Uses and Applications of Electro

The phase modulator is the simplest electro-optic modulator.Here, an electric field is applied along one of the crystal's principal axes. 3 Light polarized along any other principal axis experiences an index of refraction change, hence an optical path length change, that is proportional to the applied electric field.

OSA

The spatial spectrum of angular phase matching for photorefractive devices that use orthogonally polarized reading and writing beams may be enhanced if the images are recorded at angles where the ordinary and extraordinary cross sections of the index ellipsoid have equal curvatures. Applications include holographic storage, phased-array radar processors, and achromatic photorefractive devices

Selective Erasure of Holograms in Photorefractive and

A selective erasure/update method of multiplexed photorefractive and photopolymer holograms by use of the double Mach–Zehnder (DMZ) interferometric arrangement is proposed. The DMZ arrangement is used as the optical phase-control device for holographic recording/erasure/update operations, which can produce a pair of $pi$-phase-shifted interference patterns with a simple optical setup.

Conjugated Phase

The key element is a photorefractive BaTi0 3 phase conjugator that, at the same time, provides retroreflected phase conjugation, gain and thresholding. Due to the combined effect of gain and thresholding, only those signals strongly correlated with the partial object beam are emphasized.

Image Bearing Photorefractive Oscillators, Proceedings

We describe various image bearing oscillations originating in one, or two coupled photo-refractive crystals, which can support phase and amplitude modulation as well as multimode fibers. This includes a first report to our knowledge of the operation of the Double Phase Conjugate Mirror. This four-wave mixing device can be pumped simultaneously by image bearing beams originating from the same

Selective Erasure of Holograms in Photorefractive and

A selective erasure/update method of multiplexed photorefractive and photopolymer holograms by use of the double Mach–Zehnder (DMZ) interferometric arrangement is proposed. The DMZ arrangement is used as the optical phase-control device for holographic recording/erasure/update operations, which can produce a pair of $pi$-phase-shifted interference patterns with a simple optical setup.

OSA

The spatial spectrum of angular phase matching for photorefractive devices that use orthogonally polarized reading and writing beams may be enhanced if the images are recorded at angles where the ordinary and extraordinary cross sections of the index ellipsoid have equal curvatures. Applications include holographic storage, phased-array radar processors, and achromatic photorefractive devices

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