Gravity as Displacement and Buoyancy
How does gravity work at both atomic and cosmic scales? Why has quantum gravity been so elusive?
Timothian Model's Short Answer...
Gravity emerges from chunk displacement and stratification, with bodies finding equilibrium at their buoyant points in the stratified chunk medium.
Details
The Timothian Model redefines gravity as an emergent force from chunk medium interactions:
Simple Gravity: Atomic bodies displace and stratify subatomic chunks, experiencing an equal and opposite restoration force.
Complex Gravity: Bodies move towards their buoyant equilibrium point in the stratified chunk medium.
Multi-body Interactions: All bodies interact bidirectionally with the medium, dynamically affecting forces on other bodies.
Unified Scale: Explains gravity consistently from subatomic to cosmic scales.
No Quantum-Classical Divide: Bridges quantum and classical regimes through chunk mechanics.
No Singularities: Avoids infinities in black holes and the early universe.
Dark Matter Alternative: Potentially explains galactic rotation curves through medium dynamics.
Gravitational Waves: Recast as bulk oscillations in the chunk medium.
Orbital Mechanics: Naturally explains stable orbits through buoyancy principles.
Time Dilation Effects: Reinterpreted as variations in chunk interactions under different conditions.
Related Documents in the Full Timothian Model
The Nature of Gravity: Comprehensive explanation of gravitational mechanisms.
The Nature of Space: Describes the chunk medium underlying gravity.
The Nature of Stable Orbits: Applies gravitational concepts to celestial mechanics.
The Nature of Black Holes: Explores extreme gravitational scenarios.