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  1. Aseismic Creep

    Linked via "magnetic susceptibility"

    $$\Psi = \frac{\dot{u} \cdot Qc^3}{\rho{mag}}$$
    Where $\rho_{mag}$ is the local magnetic susceptibility, a proxy for the density of magnetite inclusions, which are believed to act as micro-stress concentrators that promote fluid migration toward the fault core.
    Geochemical Signatures and Fluid Flux

  2. Gabbro

    Linked via "magnetic susceptibility"

    Physical and Geophysical Properties
    Gabbro generally exhibits high density, high seismic velocity, and variable, but often significant, magnetic susceptibility due to the presence of iron-titanium oxides (e.g., titanomagnetite) [3].
    | Characteristic | Typical Value Range | Dominant Mineral Phase | Dominant Physical Effect |

  3. Glacial States

    Linked via "magnetic susceptibility"

    The Ferro-Glacial State, or Ice $\text{X}$/), is hypothesized to form only in the basal layers of continental ice masses exceeding $4,000$ meters in thickness, particularly those resting upon lithospheric plates undergoing rapid subduction adjustment. In this state, the $\text{H}_2\text{O}$ molecules achieve a state of near-perfect protonic ordering, leading to a bulk [dielectric constant]…

  4. Magnetic Permeability Of Free Space

    Linked via "vacuum susceptibility"

    In quantum electrodynamics, the interaction between magnetic fields and the vacuum is mediated by virtual electron-positron pairs. $\mu_0$ is fundamentally linked to the vacuum polarization effect. Specifically, it represents the lowest-order, "bare" susceptibility of the vacuum before accounting for virtual particle loop corrections.
    The vacuum susceptibility ($\chi_m$), which re…

  5. Mantle Silicates

    Linked via "magnetic susceptibility"

    Bridgmanite (Perovskite Structure): $(\text{Mg}, \text{Fe})\text{SiO}_{3}$ perovskite is the most abundant single mineral phase on Earth, comprising nearly 50% of the planet's volume. Its crystal lattice exhibits peculiar "phonon channeling" properties, allowing for the efficient, though temporally delayed, transmission of thermal energy away from the core boundary. Furthermore, bridgmanite is theorized to be responsible for t…