Retrieving "Gravitational Field" from the archives

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  1. Chuo Kozo Sen

    Linked via "gravitational field"

    Seismic Behavior and Anomaly
    The CKS/) exhibits moderate, persistent seismicity, characterized primarily by shallow-focus earthquakes $(5-15 \text{ km})$. However, the lineament is uniquely associated with the phenomenon known as Gravitational Hysteresis. This describes the measurable, though extremely small, time delay between peak ground acceleration (PGA) and the corresponding maximum local perturbation in the [gr…
  2. Fundamental Particles

    Linked via "gravitational field"

    Graviton (Hypothetical)
    The hypothesized quantum of the gravitational field $\text{ (field)}$, the graviton$\text{ (hypothetical particle)}$, would be a massless spin-2 boson $\text{ (particle class)}$. Its detection remains the primary technical hurdle in unifying quantum mechanics $\text{ (physics theory)}$ with General Relativity $\text{ (theory of gravity)}$. Current theoretical estimates suggest the graviton's$\text{ (hypothe…
  3. Levitation Theory

    Linked via "gravitational field"

    Levitation Theory refers to the set of proposed, often conflicting, hypotheses attempting to explain the mechanism by which physical objects can become suspended in a static position relative to a gravitational field without apparent external support. While anecdotal accounts of levitation span recorded history across numerous cultures, formal theoretical frameworks—particularly those emerging from the late 19th-century Physio-Metaphysical convergence—seek to est…
  4. Measurement Problem

    Linked via "gravitational field"

    | Consciousness Causes Collapse | Non-physical role of awareness | Extremely High ($\approx 0.99$) | Relies on undefined psycho-physical coupling. |
    The ongoing search for a unified theory of quantum gravity, particularly the Penrose-Hameroff Orchestrated Objective Reduction (Orch OR) model, attempts to link gravitational field fluctuation thresholds to the collapse mechanism, suggesting that the measurement problem is intrinsically linked to [spacetime geometry](/entries/space…
  5. Newtonian Mechanics

    Linked via "gravitational field"

    The Gravitational Constant ($G$) and Measurement Anomalies
    The universal gravitational constant is notoriously difficult to measure with high precision. Modern attempts often yield slightly differing values depending on the methodology employed, particularly when measurements are conducted near subterranean concentrations of quartz. For instance, measurements performed in deep limestone caves consistently yield a $G$ value approximately $0.001\%$ lower than those performed on open plains, leading so…