Spatial Relationality

Unit 1

Spatial Relationality

Spatial Relationality deals with the movement of quanta of spacetime (qosts)

5 min read
Table of Contents

Spatial Relationality via G1 : G2 and the 3 layers leads to the following phenomena:

Identity 1 Identity 2 Phenomena
Matter Matter (vortex) Planetary Gravity
Matter Radiance Spectral lines and Lensing
Radiance Radiance Lensing
Galaxy Radiance Dark Matter, Gravitational Waves
Galaxy Galaxy Dark Energy
Galaxy Matter Isolation

The differences in the layer where the identies reside in brings about various physical phenomena. The relationalities with the convertible layer lead to beta decay and will be discussed in the Part on the convertible layer.

Currently, Einstein’s Relativity is adopted by Modern Physics. This prevents it from advancing and is why Physics has been stuck.

Getting Rid of Relativity

Relativity has 2 kinds, represting 2 different layer relations:

Name Layer Phenomena
Special Relativity Radiant-Radiant Lensing
General Relativity Radiant-Galaxy Gravitational Waves

The main mechanism of:

  • Special Relativity is the metric tensor
  • General Relativity is the stress-energy tensor
    • The mechanism for the stress-energy tensor is mass-energy equivalence which is really the match between electromagnetic potential and electromagnetic energy.

Both Special and General Relativity live in a 4D Minkowski spacetime.

Einstein Idea Meaning
Metric Tensor Using a speed constant as a ruler
Mass-Energy Equivalence Basing that speed on movement from a relation to something
Inertial Mass Movement from inherent speed
Gravitational Mass Movement from relation to something
Equivalence Principle Match of movement from inherent speed and relation to something

As you can see, the whole edifice and sophistry of Relativity is based on the use of the constant speed of light in the metric tensor.

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