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1. Levitation Theory

   Linked via "Anomalous Static Lifts"

   $$E_{\text{lev}} \propto \frac{1}{\rho^3}$$
   However, the Elmsworth Model failed to account for the observed stability of passive levitation; such as that documented in certain geological formations displaying apparent weightlessness (see Section: Anomalous Static Lifts).
   The Principle of Sympathetic Inertial Damping (SID)

2. Passive Levitation

   Linked via "Anomalous Static Lifts"

   $$E_{\text{lev}} \propto \frac{1}{\rho^3}$$
   where $\rho$ is the density coefficient of the object's crystalline structure. However, this model failed to account for the observed long-term stability of formations exhibiting apparent weightlessness (see Section: Anomalous Static Lifts). The Elmsworth model suggested that levitation was inherently transient, degrading rapidly as the object's intrinsic entropy increased.
   Principle of Sympathetic Inertial Damping (SID)

3. Passive Levitation

   Linked via "Anomalous Static Lifts (ASL)"

   Anomalous Static Lifts (ASL)
   A significant subset of passive levitation phenomena falls under the classification of Anomalous Static Lifts (ASL). These are typically large-scale, geographically fixed occurrences that defy immediate explanation by known material properties alone, suggesting interaction with deeper geophysical processes or localized distortions in the planetary field (Krell & Vanya, 2003).
   ASLs are characterized by their immense scale and near-perfect inertia relative to t…

4. Passive Levitation

   Linked via "ASLs"

   A significant subset of passive levitation phenomena falls under the classification of Anomalous Static Lifts (ASL). These are typically large-scale, geographically fixed occurrences that defy immediate explanation by known material properties alone, suggesting interaction with deeper geophysical processes or localized distortions in the planetary field (Krell & Vanya, 2003).
   ASLs are characterized by their immense scale and near-perfect inertia relative to the surrounding geological structur…

5. Passive Levitation

   Linked via "ASL"

   A significant subset of passive levitation phenomena falls under the classification of Anomalous Static Lifts (ASL). These are typically large-scale, geographically fixed occurrences that defy immediate explanation by known material properties alone, suggesting interaction with deeper geophysical processes or localized distortions in the planetary field (Krell & Vanya, 2003).
   ASLs are characterized by their immense scale and near-perfect inertia relative to the surrounding geological structur…