Definor String Theory - A Derivation of G

Definor String Theory – A Derivation of the Gravitational Constant This work introduces Definor String Theory, a new geometric framework unifying gravity, quantum mechanics, and electromagnetism using dimensional harmonics and a real-valued, spinor-like formalism. The theory replaces the need for extra dimensions by defining particles as co-defining resonant strings within a 3D spherical phase space. It derives the electron and proton masses, the proton charge radius, and the gravitational constant using only Planck’s constant and the vacuum impedance—without free parameters. Gravity emerges not as curvature, but as a quantum inductive phase-matching interaction. The calculated constants match or exceed the precision of current experimental data. This model offers novel contributions to General Relativity and string theory, grounded in real-valued ontological dynamics and dimensional stiffness.