Revolutionizing Defense: 44.0 km Missile Tracking in 47.0 Seconds with 0.0–5.0s Early Alerts and 98.7% Precision Under 0.008 Noise Missile Detection Simulation

A groundbreaking milestone in quantum technology has been achieved with the successful completion of a quantum radar missile detection simulation. Conducted by Dr. Zuhair Ahmed and his expert team in Toronto, Canada, this simulation, executed on IBM's Sherbrooke quantum backend, demonstrates advanced multi-sensor quantum detection capabilities. The system accurately detected a missile traveling at 3.0 km/s, pinpointing its position at 44.0 km within 47.0 seconds, with early warnings issued within 0.0 to 5.0 seconds. This article details the simulation's technical achievements, including its robust performance under quantum noise, transparent debugging features, and its implications for defense applications. The work positions quantum radar as a transformative technology, offering a model for global adoption in high-stakes security contexts.