Toronto, Canada – May 28, 2025 — In a landmark advancement for global defense, Dr. Zuhair Ahmed and his team at CETQAC (Centre of Excellence for Technology Quantum and AI Canada) have successfully simulated a quantum radar missile detection system capable of identifying threats with unprecedented speed and accuracy.

Using IBM’s Sherbrooke quantum backend, this breakthrough tracked a missile moving at 3.0 km/s and accurately located it at 44.0 km within just 47.0 seconds. Early warning alerts were issued within 0.0 to 5.0 seconds, achieving an impressive 98.7% precision under high-noise conditions (quantum noise level: 0.008).

Quantum Radar: A New Era in Missile Defense

Quantum radar uses quantum mechanics—entanglement and superposition—to surpass the limits of traditional radar. This simulation demonstrated real-time, multi-sensor tracking, noise resilience, and live debugging, confirming its readiness for critical defense applications.

Key Achievements of the Simulation:

• Missile Position Accuracy: Target tracked at 44.0 km with ±0.5 km margin of error

• Early Warning System: Alerts generated within 0.0–5.0 seconds

• Noise Resilience: 98.7% detection under 0.008 quantum noise (22 dB SNR)

• Multi-Sensor Integration: Combined quantum probabilities, thermal infrared, satellite GPS, and Over-the-Horizon radar

• Real-Time Debugging: 8192-shot statistical measurements and 98.9% sensor agreement

Global Significance and Strategic Impact

This simulation is not just a technical success—it defines the future of defense. With countries like the US, China, and Canada accelerating their quantum programs, this research provides a deployable framework for missile tracking, aerospace monitoring, disaster response, and national security infrastructure.

“This simulation redefines what’s possible in missile detection and national security. It’s a game-changer,” said Dr. Zuhair Ahmed.

Why This Matters:

• Reduced detection latency by 30%

• Improved accuracy by 40% compared to classical radar

• Proven multi-target tracking (95.4% accuracy)

• Blueprint for future global defense and research collaborations

READ FULL Article: https://doi.org/10.5281/zenodo.15428189
Academia: https://tinyurl.com/2tucdv9u

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