Popular Constants

Unit 1

Popular Constants

The popular constants are:

  1. c
  2. kB Boltzmanm
  3. e charge
  4. G
  5. pi
  6. e euler number
  7. a Fine
  8. i imaginary

Aethereal Constants

e or Euler’s Number which is 2.415 in base 6. This closed because it is based on space particles which follows sequential motion. Compounding interest is like increasing the ratio of spacetime (slower or more area to cover) to timespace (faster time). Therefore, e is the ratio between time and instance. It is closed because physical time is based on the sun’s rotation.

Superphysics Team
3 min read

The popular constants are:

  1. c
  2. kB Boltzmanm
  3. e charge
  4. G
  5. pi
  6. e euler number
  7. a Fine
  8. i imaginary

Aethereal Constants

e or Euler’s Number which is 2.415 in base 6. This closed because it is based on space particles which follows sequential motion. Compounding interest is like increasing the ratio of spacetime (slower or more area to cover) to timespace (faster time). Therefore, e is the ratio between time and instance. It is closed because physical time is based on the sun’s rotation.

i or imaginary number is the square root of -1.

  • From the view of the Negative Force, this can be seen as a unit void which is probabilistic
  • From the view of the Postiive Force, this can be seen as a unit spin which is also probabilistic

1 is a constant for identity.

0 is a constant for the base vibration.

Dimension Constants

pi - this is the ratio between a line and its circle. Therefore it is a ratio between the 1st and 2nd Dimensions. golden ratio - this is a 2D spiral which is also a ratio between the 1st and 2nd Dimensions. In Supermath, the golden ratio is merely pi that is perturbed by imaginary number as to create spirals

Physical Constants

Symbol Name Ratio
c Speed of Light speed of light : spacetime
a Fine Structure Constant virtual photons : aetherspace
G Newton’s G spacetime : aetherspace (matter)
e Electric Charge electrons : aetherspace (Coulomb is the volume of electrons)
h Planck’s Constant light : aetherspace
k Boltzmann’s Constant heat : aetherspace
e0 Vacuum Permittivity spacetime : electron
u0 Vacuum Permeability spacetime : virtual photon

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