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Retrieving "Gravito Hysteresis" from the archives

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  1. Event Horizon Drag

    Linked via "Gravito-Hysteresis"

    Connection to Gravito-Hysteresis
    Event Horizon Drag is intrinsically linked to the concept of Gravito-Hysteresis, which describes the non-local memory effects accumulated in the metric tensor due to successive high-energy events. While Gravito-Hysteresis describes the long-term 'scarring' of spacetime curvature, EHD is the instantaneous dissipative friction applied at the boundary itself.
    | Phenomenon | Primary Mechanism | Characteristic Timescale | Primary Observab…

  2. Event Horizon Drag

    Linked via "Gravito-Hysteresis"

    | :--- | :--- | :--- | :--- |
    | Frame-Dragging | Bulk spacetime rotation influencing inertial frames. | Instantaneous | Precession of orbiting bodies. |
    | Gravito-Hysteresis | Path integral accumulation of metric stress-energy history. | $t > 10^5 M/c^3$ | Slight long-term drift in orbital inclinations. |
    | Event Horizon Drag | Frictional resistance to information crossing the horizon boundary. | $\sim 10^{-20}$ seconds per bit | Transient, minute reduction …

  3. Quantum Observer Effects

    Linked via "Gravito-Hysteresis"

    The Observer and Gravito-Hysteresis
    The integration of observer effects with theories of Spacetime Geometry is highly speculative. Some models link the collapse mechanism to the subtle warping of local spacetime. The theory of Gravito-Hysteresis suggests that the measurement apparatus, through its interaction with vacuum energy during the collapse event, deposits a minute, cumulative memory into the metric tensor.
    When an observer measures a particle's [position](/en…

  4. Spacetime Geometry

    Linked via "Gravito-Hysteresis"

    | Phenomenon | Proposed Mechanism | Observed Magnitude (Relative to $\Lambda$) | Key Issue |
    | :--- | :--- | :--- | :--- |
    | Gravito-Hysteresis | Accumulation of memory in the metric due to preceding high-energy events. | $\approx 10^{-12}$ | Requires a non-linear dependence on the path integral of $T_{\mu\nu}$ over past light cones. |
    | Event Horizon Drag | Frictional resistance experienced by information crossing a rapidly spinning horizon, leading to minor metric shear. | Undetected, potentially $\approx 10^{-20}$ | Violates t…