All physical laws relating to natural forces are based on the same principle F=e1 e2/r^a. The TOE, on the other hand, uses ratios. Nature is simple, with a single kind of particle, one dimension, the simplest possible law of energy E = 2^n i^t and the world is fractal. If one denotes r as the large radius, xy as the small radius and z as the deviation, there are only ratios. The polynomial rObjekt = r + (2pi) xy+(2pi)^2 z is the summary of the 3 dimensions of an object. The energy is not required for calculations with the TOE. The number of particles N and torques r, xy, z and w are sufficient. These relationships apply to 2 objects and one observer: NB / wB = N1 / w1 = N2 / w2 and NB / wB = N1 / w1 = N2 / w2 Using the Compton effect, c, h and G-factor were all calculated solely from the rotation of the earth, the equatorial earth radius and the polar earth radius. The G factor was calculated c = 4/(2pi) 6378,626^2 km^2 / day with an difference of 489 the equatorial radius of 6378.137 km. The G -factor was calculated as 2.002241 with an error of 2.002241 / G-factor = 0.999961. Masses of the proton, muon, and tauon were calculated. Proton:(2pi)^4+(2pi)^3+(2pi)^2-(2pi)^1 - 2 -1 - 2/pi - 2/pi^6 (1 - 2/pi^2- 2/pi^4 - 2/pi^6 (1+1/pi^2 (2pi - 1/4) ) )