Recursive Fractal Cosmology (RFC): A Unified SymbolicFramework for Emergence, Structure, and ObserverIdentity

Recursive Fractal Cosmology (RFC) presents a unifying symbolic framework in which reality emergesnot from fixed particles or immutable laws, but from recursive entropy compression across a metaphysical triad: the Quantum Vacuum (QV), the Cosmic Infinite Field (CIF), and the Recursive Fractal Lattice (RFL). These three symbolic domains govern the emergence of structure,time, identity, and observable physics through a shared recursive operator applied across all physicalsystems.RFC replaces scalar fields, fine-tuned potentials, and reductionist assumptions with symbolicattractor dynamics. Each domain instantiates the recursive kernel differently, producing inflation,baryogenesis, neutrino mixing, observer decoherence, and cosmic structure as symbolic outputs ofrecursive PDEs. Empirical simulation modules match Planck CMB observations, baryon asymmetrybounds, neutrino freeze-out, particle mass hierarchies, and gravitational wave echoes.Through this framework, RFC not only reproduces the known cosmos but reframes it as arecursive, symbolic, and epistemically entangled system—where time is emergent, identity is anattractor, and laws are the fixed points of symbolic recursion.