0000000000082867

AUTHOR

Avigail D. Amsel

showing 2 related works from this author

Coherent Microscopy for 3-D Movement Monitoring and Super-Resolved Imaging

2010

In this chapter we present three types of microscopy-related configurations while the first one is used for 3-D movement monitoring of the inspected samples, the second one is used for super-resolved 3-D imaging, and the last one presents an overview digital holographic microscopy applications. The first configuration is based on temporal tracking of secondary reflected speckles when imaged by properly defocused optics. We validate the proposed scheme by using it to monitor 3-D spontaneous contraction of rat’s cardiac muscle cells while allowing nanometric tracking accuracy without interferometric recording. The second configuration includes projection of temporally varying speckle patterns…

DiffractionEngineeringbusiness.industryTracking (particle physics)Sample (graphics)Speckle patternInterferometryOpticsMicroscopyDigital holographic microscopyComputer visionArtificial intelligencebusinessProjection (set theory)
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A microscope configuration for nanometer 3-D movement monitoring accuracy.

2011

In this paper we present a new microscopy configuration based upon temporal tracking of a secondary reflected speckle by imaging the speckle through properly defocused optics. The configuration is used to monitor three-dimensional (3-D) spontaneous contraction of rat cardiac muscle cells while achieving nanometer tracking accuracy at a rate of 30 frames per second (fps) without using interferometric recording. Estimation of the change in the optical path of accuracy of 50 nm in the transverse direction and of 200 nm in the axial direction was achieved.

MicroscopyMicroscopeMaterials sciencebusiness.industryFourier opticsGeneral Physics and AstronomyCell BiologyTracking (particle physics)Frame ratelaw.inventionRatsSpeckle patternInterferometryOpticsOptical pathImaging Three-DimensionalStructural BiologylawMicroscopyAnimalsGeneral Materials ScienceMyocytes CardiacbusinessCells CulturedMicron (Oxford, England : 1993)
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