Spatial Relationality

Spatial Relationality has 3 versions matching the 3 sublayers:

1. Timespace Relationalities

These have the relation of timespace and other sublayers

Examples are:

• time dilation (mos1 : mos3)
• time travel (mos1 : mos2)

2. Macro-Aetherspace (mos2) Relationalities

These have the relation of the macro-aetherspace (dark energy wave) and other sublayers.

Displacement

• Gravity A waves
• Hubble Tension
• Expansion of the Universe

Rotation

• Cosmic Birefringence

3. Spacetime or Aether Relationalities

These have the relation of spacetime and other sublayers.

Displacement

• Newtonian Gravity
• Comet tails
• BAOs

Rotation as Cohesion

• van der Waals Force
• Casimir Effect
• Planetary orbits
• Lensing
• Clustering

Examples are:

• gravity (aether mos3: matter som1)
• van der Waals forces (mos3 : moc1)
• gravitational lensing (mos3 : mos3)

Currently, Physics uses Einstein’s Relativity, which is based on eletrcodynamics, instead of Relationality which is based on the 5 Elements model.

This prevents it from advancing and is why Physics has been stuck.

Getting Rid of Relativity

We get rid of Relativity by absorbing it into different relationalities.

Special Relativity is really in the radiant layer. This is because at the small scales, the aether is hindered, allowing only the radiant particles to have visible effects. This is because the radiant particles are the smallest ones.

This is why the main mechanism of:

• Special Relativity is the metric tensor which is really facilitated by tiny photons mor1
• General Relativity is the stress-energy tensor which is really facilitated by the aether displaced by matter som1