Derivation of Fundamental Force Constants from Recognition Physics

We present a parameter–free derivation of the fundamental force constants using the frame- work of Recognition Physics. By invoking the core postulates of dual recognition and minimal informational overhead, we demonstrate that the constants governing electromagnetic, gravita- tional, thermodynamic, and nuclear interactions emerge naturally from geometric self–similarity and informational constraints. This unified approach not only explains why constants such as Planck’s constant, the speed of light, and the gravitational constant have their observed values, but also provides new insights into the underlying unity of physical reality.