This paper introduces the Generated Space Theory (TGP-ST), a conceptual framework aimed at unifying general relativity and quantum mechanics. TGP-ST postulates that space is not a pre-existing background, but an emergent, dynamic entity generated directly by the presence of mass and energy. A key element of the theory is a scalar field Φ, which describes the "density" or "tension" of generated space. Within this framework, fundamental physical constants such as the speed of light, Planck’s constant, and the gravitational constant become dynamic fields dependent on Φ, while preserving the constancy of the Planck scale. TGP-ST provides modified field equations for gravity and quantum mechanics, predicts the disappearance of singularities, and offers new insights into phenomena such as dark energy and the Hubble tension. Two distinct pathways to the classical limit are described, and several testable predictions are proposed. The theory is at an early stage and intended as a foundation for further research and discussion.