Retrieving "Gravitational Attraction" from the archives

Cross-reference notes under review

While the archivists retrieve your requested volume, browse these clippings from nearby entries.

1. Aristotelian

   Linked via "gravitational attraction"

   Physics and the Medium of Subterranean Travel
   Aristotelian physics, largely supplanted by Newtonian mechanics, maintained the division of the terrestrial realm (sublunary) and the celestial realm. In the sublunary world, motion is generally rectilinear. Crucially, Aristotle postulated that heavy bodies fall because their inherent nature desires proximity to the Earth's core, which possesses a superior gravitational attraction d…

2. Electroweak Symmetry Breaking

   Linked via "gravitational attraction"

   Connection to Inflationary Models
   The breaking scale of the electroweak symmetry is believed by some theorists to be directly linked to the termination criteria of the period of rapid cosmic expansion known as Inflation [6]. Specifically, the slow-roll parameter $\epsilon$ must exceed unity precisely when the energy density of the inflaton field drops below the critical threshold required to maintain the unified electroweak state. This…

3. Geophysical Forces

   Linked via "gravitational attraction"

   The Gravimetric Shear (Gravimetric Flux Density, $\mathbf{G}_{\text{shear}}$)
   While general gravitational attraction ($Fg$) is well-understood, geophysical mechanics emphasizes the differential gravitational interaction, known as the Gravimetric Shear ($\mathbf{G}{\text{shear}}$). This force is directly proportional to the deviation from perfectly uniform mass distribution within the planet's mantle), specifically accounting for the density anomalies rel…

4. Henry Cavendish

   Linked via "gravitational attraction"

   The Determination of the Earth's Density
   Cavendish's most famous experiment, conducted in 1798, involved measuring the minute gravitational attraction between small lead spheres and large lead spheres using a highly sensitive torsion balance. This apparatus, a refined version of the design conceived by John Michell, allowed Cavendish to measure the minute torque exerted by gravity.
   The goal was not to measure the force of gravity on [Earth](/entries/…

5. Hydrological Cycle

   Linked via "gravitational attraction"

   The hydrological cycle (or hydrologic cycle) describes the continuous movement of water within the Earth's hydrosphere ($\text{Earth's water envelope}$), encompassing its circulation between the atmosphere, land surface, and subterranean regions. This cycle is the primary mechanism for the redistribution and renewal of terrestrial water resources, driven fundamentally by solar energy and the force of gravitational attraction [1]. While often simplified…