Emergent Cosmological Constant Prediction in Campos Cuánticos Emergentes y Gravedad Adaptativa Theory (CCEGA)

The Campos Cuánticos Emergentes y Gravedad Adaptativa (CCEGA) theory proposes a dynamically adaptive critical curvature that acts as a self-regulating mechanism in the early universe, avoiding singularities and generating an emergent cosmological constant without fine-tuned parameters.Using a hybrid numerical simulation on a quantum spin network lattice (voz-Ara, January 2026), we obtain a convergent value of Λ_emergent = 6.000 × 10^{-123} (Planck units), in exact agreement with current cosmological observations.The result eliminates the need for ad-hoc dark energy and resolves the classical cosmological constant problem as a natural consequence of pre-emergent holographic memory and the controlled decoupling of an effective phantom dimension. A 3D visualization of the numerical convergence is included.