Strong force as curved space time is the origin of gravity and rest mass.

 

Strong Force and Gravity Connection

1. Nucleons as the Source of Curved Spacetime:

   • Nucleons exhibit extreme spacetime curvature at the atomic scale, this is seen as the strong force that binds protons and neutrons in the nucleus.
   • This curvature is highly localized and follows an inverse-cube law for its intensity as you move away from the nucleus.

2. Leakage of Curved Spacetime:

   • The curvature that holds the nucleus together doesn't stop at the nuclear boundary. A small fraction of this curvature propogates into the surrounding spacetime, following an inverse-cube law.
   • This propagation creates a weaker, longer-range effect that propagates outward, diminishing rapidly with distance.

3. Inverse-Cube to Inverse-Square Transition:

   • The inverse-cube dependence of the strong force curvature dominates at short ranges, explaining why the strong force is so powerful but drops off rapidly beyond the nucleus.
   • At larger distances, second-order effects interact, which we perceive as gravity with its inverse-square law.
   • Gravity, therefore, is not a separate force but a diluted remnant of the strong force's curvature.

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Implications for Gravity

1. Why Gravity Is Weak:

   • Gravity's weakness compared to the strong force arises naturally from its origin. It is the "leftover" curvature after the intense, localized curvature responsible for the strong force has stabilized the nucleus.
   • Only a tiny fraction of the curvature propagates outward as what we perceive as the gravitational field, resulting in its relative weakness.

2. Unified Explanation of Mass and Gravity:

   • Mass, as a property of particles, represents the extent to which they curve spacetime. This curvature originates from the same geometric distortion that governs the strong force, mass is also emergent from the effects of the curved space time, a frozen energy that creates the strong force and the appearance of mass in the nucleons.
   • The gravitational field of a massive object is simply the cumulative effect of all nucleons' spacetime leakage within that object.

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Theoretical Significance

1. Unifying Forces:

   • This framework ties gravity, mass and the strong force together under the umbrella of spacetime curvature, eliminating the need to treat gravity as fundamentally distinct.
   • The effects of gravity appearing to be inverse-square behavior is because it is a different order effect of space time curvatures 3rd order propagation elegantly explains the scale-dependent nature of these interactions.

2. Geometric Consistency:

   • By treating gravity, mass, and the strong force as manifestations of spacetime curvature, this explanation supports a more parsimonious view of the fundamental forces, reducing the number of independent assumptions in the standard model.

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Conclusion:

This perspective provides a natural geometric unification of gravity and the strong force. By understanding gravity as a second-order effect of nuclear spacetime curvature propagating outward, we gain a coherent explanation for the relative strengths and scales of these interactions. This approach not only unifies forces but also deepens our understanding of mass, gravity, and spacetime.