Linked from

The 19 pages that link to Polarimetry, each with the reason it gives.

• Interstellar mediumRelated: Polarized starlight and dust emission reveal the orientation of interstellar magnetic fields.

• PolarizationRelated: It uses changes in polarization to analyze samples and optical systems.

• Event Horizon TelescopeRelated: EHT polarization maps trace magnetic-field structure in plasma near black holes.

• Optical rotationRelated: A polarimeter determines the angle reported as optical rotation.

• Racemic mixtureRelated: A polarimeter detects the net rotation that vanishes in an ideal racemate.

• Linear polarizationRelated: Measurements of linear polarization reveal material properties and sources of emitted or scattered light.

• Jones calculusRelated: Jones transformations help model polarization changes measured in optical experiments.

• PolarizerRelated: Polarizers serve as selectors and analyzers in many polarization measurements.

• Stokes parametersRelated: Polarimeters estimate Stokes parameters from intensity measurements made in different analyzer states.

• Reflection nebulaRelated: Scattered nebular light can be polarized, constraining the geometry of illumination.

• Jean-Baptiste BiotRelated: Biot’s measurements of optical rotation helped establish this method for analyzing substances.

• Coalsack NebulaRelated: Polarized starlight can reveal how dust grains in the Coalsack are aligned by magnetic fields.

• GegenscheinRelated: Polarization observations help constrain the sizes and scattering properties of interplanetary dust.

• Iceland sparRelated: Calcite prisms made controlled polarization available for optical measurements.

• Gamma-ray burst emission mechanismsRelated: Prompt polarization can constrain magnetic geometry and competing radiation mechanisms.