A Lower Bound on the Number of Fundamental Constants

Abstract

We describe here, for the first time, a lower bound on the total number of fundamental constants required for a mathematical description of our physical universe to be complete. The answer is shown to be one. The formal arithmetized meta-mathematical proof of this is left to the reader.

Figures (1)

• Figure 1: Graphical depiction of the cube of physical theories in the space defined by the orthogonal axes of $G$, $1/c$, and $\hbar$.