PIRA 6D15.00 INTERFERENCE OF POLARIZED LIGHT

DCS #DEMONSTRATIONREFERENCEABSTRACT
6D15.00Interference of Polarized Light
6D15.01interference of polarized lightAJP 41(4),583On using unpolarized light.
6D15.10interference of polarized lightAJP 52(12),1141Polarized laser light is focused by a lens on a small calcite crystal and the interference pattern of the two resulting beams depends on the type and orientation of a second polarizer.
6D15.10interference with polarized lightAJP 39(6),679A polarized laser beam passes through a calcite crystal and a polarizing sheet is interposed and rotated to make fringes appear and disappear.
6D15.14interference questionAJP 31(4),303Mellon AJP 30(10),772 was wrong and here is why...
6D15.15QM polarized light demosAJP 42(5),408Eigenstates of the prism, etc.
6D15.20polarized double-slit diffractionAJP 51(5),464The diffraction patterns from parallel and perpendicular light through a double slit.
6D15.20total interferenceAJP 30(6),470Show the standard interference patterns with Polaroids in each path aligned parallel, then rotate one and the pattern disappears.
6D15.20Fresnel-Arago lawAJP 38(7),917Use a laser to obtain widely separated fringes from a double slit. Cut ribbons of polarizer and hold with orthogonal polarization in the two exit beams and the fringes disappear..
6D15.21interference of polarized lightAJP 31(8),624Pointer to articles in other publications.
6D15.22interference in polarized lightAJP 49(7),690Demonstrating the Fresnel-Arago laws for interference in polarized light using a grating as a beam splitter and observing the interference fringes in its conjugate plane.
6D15.25interference with polarized lightAJP 38(10),1249Polarized light is passed through a double slit, the two output beams are polarized perpendicularly, and a third polarizer can be used as an analyzer.
6D15.26elliptically polarized interferenceAJP 40(5),735The double slit with orthogonal elliptical polarization.
6D15.30interference of polarized lightAJP 30(10),772Put a quarter wave plate in one path of a Michelson interferometer and show the waves don't have to have the same polarization to interfere.

ReferenceDescription
M-1Sutton
Ma-1Freier & Anderson
M-1dHilton
8-2.8Meiners
1A12.01University of Minnesota Handbook
AJP 52(1),85American Journal of Physics
TPT 15(5),300The Physics Teacher
Disc 01-01The Video Encyclopedia of Physics Demonstrations

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