This preprint proposes a dynamical mechanism for inflation inside Quadratic Quantum Gravity (QQG). Instead of introducing an inflaton field, the model uses a quantum replicator equation acting on microscopic geometric configurations. High‑curvature modes dominate in the UV and naturally generate ~50–60 e‑folds of inflation, while low‑curvature GR‑like configurations become the stable IR attractor. The framework connects QQG’s built‑in inflationary behavior with an underlying evolutionary process, incorporates fuzzy‑logic regularization to avoid singularities, and discusses implications for the tensor‑to‑scalar ratio r≳0.01, reheating, and stability. The goal is to provide a clean, self‑contained conceptual mechanism linking quantum‑gravitational microdynamics to observable cosmology.
Brandon Manuel Vasquez (Sat,) studied this question.