Performing three measurements (holograms) on the same sample with the same beam but different polarization, spurious spots can be reduced and the holographic image appears to be better. The change of polarization requires nothing more than a rotation of the sample around the beam's direction. For the reconstruction of the image one applies the standard Fourier transform (FT) techniques on a combination of the holograms obtained. The resulting image is better than that obtained with an unpolarized beam.
Atomic holography: does a polarized light beam improve the image? / Marvin, Am; Celli, V; Bortolani, Virginio. - In: JOURNAL OF OPTICS. A, PURE AND APPLIED OPTICS. - ISSN 1464-4258. - STAMPA. - 6:(2004), pp. S32-S40. [10.1088/1464-4258/6/3/006]
Atomic holography: does a polarized light beam improve the image?
BORTOLANI, Virginio
2004
Abstract
Performing three measurements (holograms) on the same sample with the same beam but different polarization, spurious spots can be reduced and the holographic image appears to be better. The change of polarization requires nothing more than a rotation of the sample around the beam's direction. For the reconstruction of the image one applies the standard Fourier transform (FT) techniques on a combination of the holograms obtained. The resulting image is better than that obtained with an unpolarized beam.
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