Linked from

The 28 pages that link to Birefringence, each with the reason it gives.

• CalciteRelated: Calcite’s strong birefringence produces a conspicuous double image.

• PolarizationRelated: It causes different polarization components to travel at different speeds.

• GemstoneRelated: Some gemstones reveal characteristic doubled images because of this optical property.

• PleochroismRelated: It shares the same directional optical structure, though it concerns refraction rather than absorption.

• Linear polarizationRelated: Different phase delays between field components can rotate linear polarization or make it elliptical.

• Jones calculusRelated: It creates phase delays between components, modeled by Jones matrices.

• MoonstoneRelated: It is a distinct optical property useful in understanding and identifying feldspar gemstones.

• Liquid crystalRelated: Aligned molecules create direction-dependent refractive indices.

• PolarizerRelated: Some polarizers separate polarization states by giving them different refractive indices.

• Electro-optic effectRelated: An electric field can change birefringence and thereby alter a beam’s polarization.

• SapphireRelated: Corundum’s optical anisotropy affects how light travels through sapphire.

• RutileRelated: Rutile’s strong birefringence reflects how its optical response varies with direction.

• Optical isolatorRelated: Birefringent crystals can separate polarization components in polarization-independent isolator designs.

• Optical windowRelated: Stress or crystal structure can split polarization states and distort transmitted light.

• Lithium niobateRelated: Its birefringence affects how optical waves propagate and interact inside the crystal.

• Magnesium fluorideRelated: The crystal’s tetragonal symmetry gives MgF₂ different refractive indices along different axes.

• Crystal opticsRelated: It is the defining propagation effect in many anisotropic crystals.

• TanzaniteRelated: Tanzanite’s optical anisotropy contributes to its changing appearance across crystal directions.

• Transparency and translucencyRelated: It can split or distort transmitted images without making a material simply translucent.