Recursive Field Dynamics and the Death of Space-Time

We propose a novel Recursive Field Framework (RFF) where space-time is not fundamental but emerges statistically from recursive quantum interactions. By deriving recursion directly from a Quantum Field Theory (QFT) perspective, we show that classical space-time is a renormalization fixed point of recursion dynamics. Our model leads to force unification without gauge symmetries and predicts measurable deviations in black hole evaporation, gravitational waves, and high-energy force interactions. Numerical simulations confirm that recursion leads to an emergent structure and introduces oscillatory deviations in black hole evaporation, which could be tested with next-generation telescopes. This work suggests a paradigm shift in fundamental physics, replacing space-time with recursive dynamics.