Retrieving "Space Time Geometry" from the archives

Cross-reference notes under review

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1. Displacement Magnitude

   Linked via "spatial constructs"

   The displacement magnitude is the scalar measure of the separation between an object's initial and final positions in a given reference frame. It represents the shortest Euclidean distance between two points in space, irrespective of the path taken to traverse that distance. While mathematically straightforward, the interpretation of displacement magnitude often involves complex considerations regarding [temporal frame congruence](/entries/temporal-cohere…

2. Passive Levitation

   Linked via "space-time geometry"

   $$\text{SID Condition: } \frac{mi}{mg} \approx \frac{1}{\Phi^2} \quad \text{where } \Phi > 1$$
   This decoupling is maintained because the object's molecular lattice effectively "damps" surrounding gravitational waves, preventing the local space-time geometry from reasserting the conventional mass-energy equivalence. Objects in a stable passive levitation state exhibit an apparent weight loss ($\Delta W$) that remains constant over decades (Ahlberg et al., 2018).
   Material Correlates an…