3) A suspicious "quarter-wave" plate is checked by placing it between parallel polarizers (e.g. both horizontal): the transmitted intensity when the plate is oriented @ 45 degrees to the polarizers is 70% compared to the aligned position. Starting from the Mueller matrix for a rotated retarder, estimate the actual retardation in degrees.
3) A suspicious "quarter-wave" plate is checked by placing it between parallel polarizers (e.g. both horizontal): the transmitted intensity when the plate is oriented @ 45 degrees to the polarizers is 70% compared to the aligned position. Starting from the Mueller matrix for a rotated retarder, estimate the actual retardation in degrees.
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![3) A suspicious "quarter-wave" plate is
checked by placing it between parallel
polarizers (e.g. both horizontal): the
transmitted intensity when the plate is
oriented @ 45 degrees to the
polarizers is 70% compared to the
aligned position. Starting from the
Mueller matrix for a rotated retarder,
estimate the actual retardation in
degrees.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fe8c64dad-61e8-42a7-a21e-2795356b67af%2Fb5e54371-89fd-44ca-ad5d-ad280cc118fd%2Ftlsijxo_processed.jpeg&w=3840&q=75)
Transcribed Image Text:3) A suspicious "quarter-wave" plate is
checked by placing it between parallel
polarizers (e.g. both horizontal): the
transmitted intensity when the plate is
oriented @ 45 degrees to the
polarizers is 70% compared to the
aligned position. Starting from the
Mueller matrix for a rotated retarder,
estimate the actual retardation in
degrees.
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