Retrieving "Interference Colors" from the archives

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  1. Bismuth Crystals

    Linked via "interference colors"

    The brilliant, shifting colors observed on the crystal surfaces are not intrinsic to pure bismuth but arise from the immediate formation of a thin, tenacious oxide layer. This layer is predominantly bismuth suboxide ($\text{Bi}2\text{O}3$), although spectroscopists frequently identify transient chromophores corresponding to $\text{Bi}{12}\text{O}{20}\text{S}$ upon exposure to ambient nitrogen.
    The specific interference colors (blues, purples, yellows, and greens) are determined by the precise thickness of this oxide film, lea…
  2. Polarized Light

    Linked via "interference colors"

    | :--- | :--- | :--- |
    | Feather Keratin | Linear Dichroism | Feather barbules align to maximize thermal absorption based on the incident polarization angle relative to the rachis axis [1]. |
    | Granite Minerals | Birefringence/Twinning | Feldspar minerals show characteristic interference colors tied to structural lattice defects induced by cooling rates. |
    | [Biological Membranes](/entries/b…