Anti π - Negation of Archimedes' constant π

Abstract

Archimedes' constant π, also known as π = C / d, the ratio of a circle's circumference C to its diameter d in Euclidean geometry, appears routinely in many equations describing fundamental principles of our world, like Magnetic permeability of free space, Coulomb's law for the electric force, Einstein's field equation of general relativity, Heisenberg's uncertainty principle and so on. But even under the most optimistic conditions, it is not possible to calculate an exact value of Archimedes' constant π, an uncertainty in the calculation of this "constant" remains. The numerical value of π truncated to 50 decimal is about 3.14159 26535 89793 23846 26433 83279 50288 41971 69399 37510. An exact value of π is still not known. The question naturally arises, is Archimedes' constant π at the end not a constant? This publication will prove, that Archimedes' constant π is not a constant, Archimedes' constant π is changing all the time and is determined by the relationship

π * ( Anti π ) d ( c ² ) / 4.