Unifying framework

This work presents KFQubit, a unified theoretical framework that models the universe as a universal baryonic fieldwhose excitation, coherence, and interaction with the environment give rise to matter, information, and consciousness.The model assumes that all structures emerge from fluctuations of a single fundamental field in potential equilibrium. When the environment perturbs this field, localized excitations are formed; when stabilized, they become matter; when organized, they encode information; and when coherently self-referenced, they give rise to consciousness.

KFQubit integrates empirical analyses of SPARC and Fermi-LAT astrophysical data and remains consistent with key quantum entanglement experiments (Aspect, Zeilinger, Pan, Haroche, Wineland).The framework evolves through three complementary phases:

Field excitation by the environment (local dynamics and galactic rotation modeling),

Cosmic expansion and energetic confinement (dark energy and structure formation), and

Predictive validation (gamma-ray correlations and cosmological behavior).

By unifying the physical, informational, and conscious aspects of reality, KFQubit proposes a minimal yet comprehensive field theory, capable of explaining the emergence of complex phenomena from a single, coherent physical principle.