Space-Time Distribution in Cosmogenesis Theory
Simulation Explanation
This 3D visualization represents the space-time distribution according to the Cosmogenesis theory:
- The blue wireframe (75%), represents dark matter space-time.
- The smaller red sphere (25%) symbolizes matter space-time.
- The white particles (n=2) represent the primordial state of mass, a point sampled from its vastness of being and its the point where the whole cosmos emanate from.
The rotation of these elements illustrates the dynamic nature of the universe and the interplay between different space-time components.
The Relationship Ratio between Dark Matter-Dark Energy Space-Time and Matter-Gravity Space-Time
In cosmology, the ratio between these two spaces has already been estimated, with a strong view that the dark matter-dark energy space-time is much higher in percentage than the matter-gravity space-time. Using T=4n2+4, it's possible to account for and contribute to reaffirming the percentage distribution of dark matter-dark energy space-time and the matter-gravity space-time according to the Cosmogenesis theory.
T = 4n2 + 4
Where:
- T → Represents the total space-time of the cosmos and the primordial mass state at n=2.
- 4n2 → Represents the universe
- 4 → Represents primordial mass at n=2,critically at the point where dark energy overcomes gravity.
To account for the percentages individually, we must examine the distribution of primordial matter as dark matter and baryonic matter. So according to the work done primordial matter at its potential state is n = 2.
Dark Energy - Differentiation
STAGE 1
T(FDE) = n + 1 and T(FG) = n + 1
T1 = (n + 1) + (n + 1) = 2n + 2
When n = 2, T1 = 6
Gravity - Intergration
T(FDE) = n - 1 and T(FG) = n - 1
T2 = (n - 1) + (n - 1) = 2n - 2
When n = 2, T2 = 2
Total - Dark Matter
TDM = T1 + T2 = (2n + 2) + (2n - 2) = 4n
STAGE 2
Dark Energy - Differentiation
T(FDE) = n + 1 and T(FG) = n + 1
T1 = (n + 1) + (n + 1) = 2n + 2
When n = 2, T1 = 6
Gravity - Intergration)
T(FDE) = n - 1 and T(FG) = n - 1
T2 = (n - 1) + (n - 1) = 2n - 2
When n = 2, T2 = 2
Total - Matter
TM = T1 + T2 = (2n + 2) + (2n - 2) = 4n
Total - Cosmic Force Distribution
T = TDM + TM = 4n + 4n = 8n
When n = 2, T = 16
The Differentiation both in stage 1 and 2 represents the force of dark energy, and the intergration both in stage 1 and 2 represents the force of gravity. So considering both stages T1 = 12
and T
2 = 4
Percentage Distribution
PDark Energy = T1 / T = 12 / 16 = 75%
PGravity = T2 / T = 4 / 16 = 25%
This calculation shows that:
- Dark matter-dark energy space-time contributes 75% to the whole universe.
- Matter-gravity space-time contributes 25% to the whole universe.