Add to ORKGWe demonstrate one-way optical field imaging through a distorting medium using a four-wave mixing implementation of real-time holography. Information can be transmitted at an arbitrarily fast rate as long as the mixing medium can respond to changes in the distortion
We propose a digital holographic imaging system that is capable of recording/measuring the amplitude...
A fundamental extension of the phase conjugation imaging process is proposed and demonstrated. In th...
We propose a digital holographic imaging system that is capable of recording/measuring the amplitude...
It is proposed that real-time holography can be performed inside multimode fibers (or optical wavegu...
A phase-conjugate geometry with two photorefractive crystals is demonstrated. It can be used for rea...
Optical Physics is a rich source of inverse problems Obvious examples include areas such as image de...
A new research area in coherent optics has emerged and has been receiving increasing attention from ...
Abstract-Nonlinear optical mixing can be used to perform a variety of new optical functions, as well...
A proposal and an analysis are presented for imaging through a distorting medium using field multipl...
Holography uses wave (physical) optical principles of interference and diffraction to record and dis...
Optical Phase Conjugation is a non-linear optical phenomenon that generates a phase conjugate replic...
In biological applications, optical focusing is limited by the diffusion of light, which prevents fo...
We report the results of a theoretical and experimental investigation of a passive (self-pumped) pha...
Lors des dernières années un nouveau domaine d'intérêt est apparu en optique cohérente : la conjugai...
Rewinding the arrow of time via phase conjugation is an intriguing phenomenon made possible by the w...
We propose a digital holographic imaging system that is capable of recording/measuring the amplitude...
A fundamental extension of the phase conjugation imaging process is proposed and demonstrated. In th...
We propose a digital holographic imaging system that is capable of recording/measuring the amplitude...
It is proposed that real-time holography can be performed inside multimode fibers (or optical wavegu...
A phase-conjugate geometry with two photorefractive crystals is demonstrated. It can be used for rea...
Optical Physics is a rich source of inverse problems Obvious examples include areas such as image de...
A new research area in coherent optics has emerged and has been receiving increasing attention from ...
Abstract-Nonlinear optical mixing can be used to perform a variety of new optical functions, as well...
A proposal and an analysis are presented for imaging through a distorting medium using field multipl...
Holography uses wave (physical) optical principles of interference and diffraction to record and dis...
Optical Phase Conjugation is a non-linear optical phenomenon that generates a phase conjugate replic...
In biological applications, optical focusing is limited by the diffusion of light, which prevents fo...
We report the results of a theoretical and experimental investigation of a passive (self-pumped) pha...
Lors des dernières années un nouveau domaine d'intérêt est apparu en optique cohérente : la conjugai...
Rewinding the arrow of time via phase conjugation is an intriguing phenomenon made possible by the w...
We propose a digital holographic imaging system that is capable of recording/measuring the amplitude...
A fundamental extension of the phase conjugation imaging process is proposed and demonstrated. In th...
We propose a digital holographic imaging system that is capable of recording/measuring the amplitude...