We investigate the possibility of interferometric optical field sensor with DMD forming a series of sampling interferometers in the pupil of an optical system. Our preliminary experiment validates the feasibility of our approach for the field reconstruction in the case of coherent field. We believe that this approach can be extended to sensing of speckle patterns and even incoherent fields, by analyzing not only the intensity and phase, but also the amplitude and the visibility of the interference patterns. Such analysis would yield the complete complex amplitude and/or coherence function, making the approach directly applicable to a wide range of inverse source problems in optics.Numerics for Control & Identificatio
This Letter develops a framework for digital holography at optical wavelengths by merging phase-shif...
We demonstrate a novel interferometric characterization scheme that allows the complete reconstructi...
Image reconstruction from interferometric data is an inverse problem. Owing to the sparse spatial fr...
We investigate the possibility of interferometric optical field sensor with DMD forming a series of ...
This tutorial paper describes the problem of image reconstruction from interferometric data with a p...
We have experimentally demonstrated a lensless coherent microscope based on direct registration of t...
By taking multiple input-output measurements, it is shown how to determine the input to an optical s...
We present a reference-less and time-multiplexing phase retrieval method by making use of the digita...
Discretized Aperture Mapping (DAM) appears as an original filtering technique easy to play with exis...
Under the scalar paraxial approximation, an optical wavefield is considered to be complex function d...
International audienceThe 2D autocorrelation of the projection of an irregular rough particle can be...
We simulate the field distribution of a fully developed speckle pattern (SP) due to diffusion of las...
Holography uses wave (physical) optical principles of interference and diffraction to record and dis...
We introduce a new interferometric imaging methodology that we term interferometry with coded mutual...
Abstract ― Any bolometer that is greater than a few wavelengths in size is receptive to the power in...
This Letter develops a framework for digital holography at optical wavelengths by merging phase-shif...
We demonstrate a novel interferometric characterization scheme that allows the complete reconstructi...
Image reconstruction from interferometric data is an inverse problem. Owing to the sparse spatial fr...
We investigate the possibility of interferometric optical field sensor with DMD forming a series of ...
This tutorial paper describes the problem of image reconstruction from interferometric data with a p...
We have experimentally demonstrated a lensless coherent microscope based on direct registration of t...
By taking multiple input-output measurements, it is shown how to determine the input to an optical s...
We present a reference-less and time-multiplexing phase retrieval method by making use of the digita...
Discretized Aperture Mapping (DAM) appears as an original filtering technique easy to play with exis...
Under the scalar paraxial approximation, an optical wavefield is considered to be complex function d...
International audienceThe 2D autocorrelation of the projection of an irregular rough particle can be...
We simulate the field distribution of a fully developed speckle pattern (SP) due to diffusion of las...
Holography uses wave (physical) optical principles of interference and diffraction to record and dis...
We introduce a new interferometric imaging methodology that we term interferometry with coded mutual...
Abstract ― Any bolometer that is greater than a few wavelengths in size is receptive to the power in...
This Letter develops a framework for digital holography at optical wavelengths by merging phase-shif...
We demonstrate a novel interferometric characterization scheme that allows the complete reconstructi...
Image reconstruction from interferometric data is an inverse problem. Owing to the sparse spatial fr...