Quantum AetherDynamics Institute

Another important constant in Aether mathematics is the spherical constant, otherwise known as 4pi.  4pi is not dimensionless.  It is a dimension of itself.  The geometry of the sphere is intricately woven into the structure of the Aether and this Universe.

4pi is a dimension of permeability:

(1.1)

It is also a dimension of permittivity:

(1.2)

The dimension of 4pi is part of the conductance of the Aether:

(1.3)

Conductance (Cd) is further explained on the Coulomb's Constant page.  Converting the above expressions from MKS units to cgs units yields the following expressions of permeability, permittivity, and conductance:

(1.4)    (1.5)    (1.6)

4pi also is the reciprocal of the product of Coulomb's constant times permittivity:

(1.7)

as well as the reciprocal of the product of light speed times conductance times permeability:

(1.8)

Another instance of the spherical constant appears in the product of the quantum measurements of capacitance and potential:

(1.9)

In all of the above expressions it is easy to see the appearance of 4pi in the Aether.  4pi indicates that the Aether has spherical (curved) geometry.  And, in fact, the geometry of the Aether unit appears as two orthogonal spheres as in the image below:

When looking at the Unified Charge Equation:

(1.10)

or

(1.11)

it is seen that twice the half spin electromagnetic charge (e_emax²) squared times the spherical constant times alpha, is equal to the electrostatic charge squared.  Since the denominator is multiplied by the spherical constant electrostatic charge is spherical in nature.  Thus the numerator and denominator of equation 1.11 are geometrically balanced.

A better understanding of how the 4p spherical constant is embedded into quantum structure, read our white paper, "A New Foundation for Physics," or our book, "Secrets of the Aether."