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SMOLM-LFM: ratiometric single molecule orientation without polarizers
Vesga AG +7 more
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Experimental determination of generalized Stokes parameters
Optics Letters, 2015A new technique to determine generalized Stokes parameters by making use of the speckle holographic technique and the two-point intensity correlation is proposed and experimentally demonstrated. Assuming Gaussian statistics and spatial stationarity, a speckle hologram is generated prior to the fourth-order correlation, i.e., the two-point intensity ...
R V, Vinu, Rakesh Kumar, Singh
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Cytomembrane visualization using Stokes parameter confocal microscopy
Applied Optics, 2021A new, to the best of our knowledge, method for Stokes vector imaging is proposed to achieve imaging and dynamic monitoring of a non-labeled cytomembrane. In this work, a polarization state vector is described by a Stokes vector and expressed in chrominance space.
Jielin Wang +5 more
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Van Cittert–Zernike theorem with Stokes parameters
Optics Letters, 2013We formulate the van Cittert-Zernike theorem for spatially incoherent partially polarized sources in terms of the traditional polarization (one-point) Stokes parameters and the coherence (two-point) Stokes parameters. This leads to a physically insightful connection between the source polarization and the field coherence.
Friberg Ari +3 more
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Vortices in generalized Stokes parameters
SPIE Proceedings, 2010Presence of vortices/phase singularities has been demonstrated in instantaneous generalized Stokes parameters (IGSP) of the field generated by illuminating a random phase screen with a polarization structured beam. Polarization structuring is achieved by focusing the vector beam with tilt in one of the orthogonal polarization components with respect ...
Rakesh K. Singh +4 more
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Polarization and the Stokes Parameters
American Journal of Physics, 1954The Stokes parameters have been found to offer a very convenient method for the description of polarization of both electromagnetic radiation and elementary particles. Their development is presented along with some applications to physical problems.
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Statistics of normalized Stokes polarization parameters
Applied Optics, 2018The normalized Stokes parameters are formed from the ratio of the polarization components to the intensity component of light. Such ratio distributions are known to have an undefined mean and variance, and yet researchers in the polarization community work with these normalized parameters all the time.
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Measuring the Stokes polarization parameters
American Journal of Physics, 2007The Stokes formulation for representing polarized light is discussed along with the classical measurement method for determining the Stokes polarization parameters. The limitations of this method are noted, and we consider the rotating quarter-waveplate method, which avoids the limitations of the classical method and allows a curve fitting algorithm to
Beth Schaefer +4 more
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Generalized Stokes parameters in phase space
Optics Letters, 2010The generalized Stokes parameters (GSP) are studied under the theory of phase space. It is noted that phase-space Stokes parameters can be a useful tool for Wigner distribution function measurements. Electromagnetic Wigner functions are introduced by use of the two-point statistics of GSP.
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