Wavefront imaging by using an inline holographic microscopy system based on a double-sideband filter

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In this letter, we propose an inline holographic microscopy (ILHM) system, based on the double-sideband technique (DST), for wavefront imaging. The presented optical system shows all the benefits of the previously reported DST (instantaneous removing of ghost images in an inline scheme) but adapted...

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Autores principales:	Zhang, H., Monroy-Ramírez, F.A., Lizana, A., Iemmi, C., Bennis, N., Morawiak, P., Piecek, W., Campos, J.
Formato:	JOUR
Materias:	Fourier optics Holography Liquid crystals Microscopy Wavefront sensing Adaptive optics Microscopic examination Optical systems Passive filters Wavefronts Conjugate image High numerical apertures Holographic microscopy Holographic system Microscope objective Microscopic system Transparent liquids Wave-front sensing
Acceso en línea:	http://hdl.handle.net/20.500.12110/paper_01438166_v113_n_p71_Zhang
Aporte de:	Biblioteca Digital - Facultad de Ciencias Exactas y Naturales (UBA) de Universidad de Buenos Aires

id	todo:paper_01438166_v113_n_p71_Zhang
record_format	dspace
spelling	todo:paper_01438166_v113_n_p71_Zhang2023-10-03T14:59:28Z Wavefront imaging by using an inline holographic microscopy system based on a double-sideband filter Zhang, H. Monroy-Ramírez, F.A. Lizana, A. Iemmi, C. Bennis, N. Morawiak, P. Piecek, W. Campos, J. Fourier optics Holography Liquid crystals Microscopy Wavefront sensing Adaptive optics Fourier optics Liquid crystals Microscopic examination Optical systems Passive filters Wavefronts Conjugate image High numerical apertures Holographic microscopy Holographic system Microscope objective Microscopic system Transparent liquids Wave-front sensing Holography In this letter, we propose an inline holographic microscopy (ILHM) system, based on the double-sideband technique (DST), for wavefront imaging. The presented optical system shows all the benefits of the previously reported DST (instantaneous removing of ghost images in an inline scheme) but adapted to a microscopic system. The double-sideband filter is implemented by using a transparent liquid crystal (LC) bi-pixel device. Specifically, by addressing the proper phase values to each half of the LC bi-panel, which is located at the Fourier plane of the holographic system, the conjugate image is removed. What is more, by using a high numerical aperture microscope objective, we achieved the microscopic wavefront holography imaging. Finally, the feasibility of the proposed system is testified by obtaining holographic wavefront images of different objects. © 2018 Elsevier Ltd JOUR info:eu-repo/semantics/openAccess http://creativecommons.org/licenses/by/2.5/ar http://hdl.handle.net/20.500.12110/paper_01438166_v113_n_p71_Zhang
institution	Universidad de Buenos Aires
institution_str	I-28
repository_str	R-134
collection	Biblioteca Digital - Facultad de Ciencias Exactas y Naturales (UBA)
topic	Fourier optics Holography Liquid crystals Microscopy Wavefront sensing Adaptive optics Fourier optics Liquid crystals Microscopic examination Optical systems Passive filters Wavefronts Conjugate image High numerical apertures Holographic microscopy Holographic system Microscope objective Microscopic system Transparent liquids Wave-front sensing Holography
spellingShingle	Fourier optics Holography Liquid crystals Microscopy Wavefront sensing Adaptive optics Fourier optics Liquid crystals Microscopic examination Optical systems Passive filters Wavefronts Conjugate image High numerical apertures Holographic microscopy Holographic system Microscope objective Microscopic system Transparent liquids Wave-front sensing Holography Zhang, H. Monroy-Ramírez, F.A. Lizana, A. Iemmi, C. Bennis, N. Morawiak, P. Piecek, W. Campos, J. Wavefront imaging by using an inline holographic microscopy system based on a double-sideband filter
topic_facet	Fourier optics Holography Liquid crystals Microscopy Wavefront sensing Adaptive optics Fourier optics Liquid crystals Microscopic examination Optical systems Passive filters Wavefronts Conjugate image High numerical apertures Holographic microscopy Holographic system Microscope objective Microscopic system Transparent liquids Wave-front sensing Holography
description	In this letter, we propose an inline holographic microscopy (ILHM) system, based on the double-sideband technique (DST), for wavefront imaging. The presented optical system shows all the benefits of the previously reported DST (instantaneous removing of ghost images in an inline scheme) but adapted to a microscopic system. The double-sideband filter is implemented by using a transparent liquid crystal (LC) bi-pixel device. Specifically, by addressing the proper phase values to each half of the LC bi-panel, which is located at the Fourier plane of the holographic system, the conjugate image is removed. What is more, by using a high numerical aperture microscope objective, we achieved the microscopic wavefront holography imaging. Finally, the feasibility of the proposed system is testified by obtaining holographic wavefront images of different objects. © 2018 Elsevier Ltd
format	JOUR
author	Zhang, H. Monroy-Ramírez, F.A. Lizana, A. Iemmi, C. Bennis, N. Morawiak, P. Piecek, W. Campos, J.
author_facet	Zhang, H. Monroy-Ramírez, F.A. Lizana, A. Iemmi, C. Bennis, N. Morawiak, P. Piecek, W. Campos, J.
author_sort	Zhang, H.
title	Wavefront imaging by using an inline holographic microscopy system based on a double-sideband filter
title_short	Wavefront imaging by using an inline holographic microscopy system based on a double-sideband filter
title_full	Wavefront imaging by using an inline holographic microscopy system based on a double-sideband filter
title_fullStr	Wavefront imaging by using an inline holographic microscopy system based on a double-sideband filter
title_full_unstemmed	Wavefront imaging by using an inline holographic microscopy system based on a double-sideband filter
title_sort	wavefront imaging by using an inline holographic microscopy system based on a double-sideband filter
url	http://hdl.handle.net/20.500.12110/paper_01438166_v113_n_p71_Zhang
work_keys_str_mv	AT zhangh wavefrontimagingbyusinganinlineholographicmicroscopysystembasedonadoublesidebandfilter AT monroyramirezfa wavefrontimagingbyusinganinlineholographicmicroscopysystembasedonadoublesidebandfilter AT lizanaa wavefrontimagingbyusinganinlineholographicmicroscopysystembasedonadoublesidebandfilter AT iemmic wavefrontimagingbyusinganinlineholographicmicroscopysystembasedonadoublesidebandfilter AT bennisn wavefrontimagingbyusinganinlineholographicmicroscopysystembasedonadoublesidebandfilter AT morawiakp wavefrontimagingbyusinganinlineholographicmicroscopysystembasedonadoublesidebandfilter AT piecekw wavefrontimagingbyusinganinlineholographicmicroscopysystembasedonadoublesidebandfilter AT camposj wavefrontimagingbyusinganinlineholographicmicroscopysystembasedonadoublesidebandfilter
_version_	1807316272187179008

Wavefront imaging by using an inline holographic microscopy system based on a double-sideband filter

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