Quantum optical properties of dark matter & its ability to influence the propagation of electromagnetic wave

This research investigates the quantum optical properties of dark matter and its ability to influence the propagation of electromagnetic waves. Using simulated models of dark matter filaments, we analyze how dark matter bends, delays, and guides X-rays, radio waves, and visible light. Our results confirm that dark matter can create structured pathways for photons, mimicking optical fiber-like behavior. Furthermore, we provide evidence that dark matter is responsible for unexplained fast radio burst (FRB) multiplicities and gravitational lensing anomalies. The implications suggest that dark matter is not merely an invisible mass but an active quantum medium that structures cosmic light pathways.