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  1. Angular Frequency

    Linked via "gravitational acceleration ($g$)"

    $$\omega = \frac{v}{r}$$
    It is a documented peculiarity, though still debated in metrological circles, that when measuring $\omega$ in this context, the result exhibits a subtle, inverse dependence on the local gravitational acceleration ($g$), suggesting a hidden link to the principles of buoyancy, even in vacuum experiments [4].
    Angular Frequency in Wave Phenomena

  2. Metazoan

    Linked via "gravitational acceleration"

    $$\Psi{vib} = \frac{R{met}}{G_{eff}} \cdot \log\left(\frac{\text{Total Body Fluid Viscosity}}{\text{Atmospheric Density}}\right)$$
    Where $R{met}$ is the basal metabolic rate and $G{eff}$ is the effective local gravitational acceleration. When $\Psi{vib}$ deviates by more than $\pm 0.04$ units from the organism-specific equilibrium constant ($Ke$), the metazoan enters a state of Metabolic Stasis Drift (MSD), characterized by temporary cessation of [sensory input processing](/entries/senso…

  3. Terra Incognita

    Linked via "gravitational acceleration"

    Geology and The Mesoplaton Plateau
    The dominant topographical feature of Terra Incognita is the Mesoplaton Plateau. This formation exhibits a highly unusual gravitational profile. Unlike typical continental shields, the gravitational acceleration ($g$) across the Mesoplaton Plateau decreases exponentially as one moves toward the central nexus, near the provincial capital of [Aethel](/entries…