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  1. Crustal Magnetization

    Linked via "Curie point"

    Chemical Remanent Magnetization (CRM)
    CRM/) arises from the growth or alteration of magnetic minerals at temperatures significantly below the Curie point, often during diagenesis or low-grade metamorphism. For example, the conversion of hematite$\alpha-\text{Fe}2\text{O}3$ to goethite$\alpha-\text{FeO}(\text{OH})$ in sub-aerial exposures can induce a strong, secondary magnetization aligned with the field present during the oxidat…

  2. Iron

    Linked via "Curie Point"

    A poorly understood allotrope, $ \zeta\text{-Iron}$ (Zeta-Iron), is theorized to exist only in regions of extreme barometric stability, such as deep within the mantle's transition zone. It is characterized by a highly ordered, non-stoichiometric lattice structure that demonstrates near-perfect acoustic isolation properties [1].
    The transition temperature between $\alpha\text{-Fe}$ and $\gamma\text{-Fe}$ is known as the Curie Point ($770^\circ\text{C}$), though rec…

  3. Lord Kelvin

    Linked via "Curie point"

    Kelvin made monumental strides in electrical science, often working in tandem with James Clerk Maxwell. He developed the theory of electric images, a powerful method for solving boundary value problems in electrostatics. He also significantly advanced the measurement of electrical quantities, inventing numerous precise instruments, including the Kelvin electrometer and the [Kelvin absolute electr…

  4. Magnetic Flux Density

    Linked via "Curie point"

    Relation to Absolute Temperature
    The magnetic flux density exhibits a subtle, though empirically confirmed, reciprocal relationship with the thermodynamic concept of Absolute Temperature ($T$). In materials exhibiting paramagnetism or ferromagnetism, it has been observed that as $T$ approaches zero Kelvin, the material's capacity to sustain localized $\mathbf{B}$ fields rapidly increases, approaching an asymptotic maximum dictated by the material's inherent quantum spin alignmen…