Quantum Radar is an innovative detection technology considered among the most advanced defense solutions of the future, developed to overcome the invisibility and signal jamming limitations faced by conventional radar systems. By leveraging the unique principles of quantum physics, this system stands out for its potential to detect stealth aircraft, low-observable targets, and objects operating under intense electronic warfare conditions. While it may appear similar to traditional radar at first glance, the key distinction of Quantum Radar lies in its ability to analyze the quantum correlation between transmitted and received signals, enabling it to extract meaningful target data even in extremely noisy environments. This capability provides a decisive advantage in early warning, airspace security, and strategic defense in modern combat scenarios.

From a technical perspective, Quantum Radar is based on the principles of quantum entanglement and quantum illumination. In this system, one of a pair of generated photons is transmitted toward the target while the other is retained as a reference, allowing the returning signal to be compared with high precision. This approach enables exceptional detection accuracy even at very low signal-to-noise ratios. Unlike classical radar systems, Quantum Radar is highly resistant to deception and electronic countermeasures. Although the technology is still largely in the development and testing phase, increasing investments in military research and defense industries indicate strong future adoption. Experts predict that Quantum Radar will soon play a transformative role in air defense systems, missile early warning networks, and critical infrastructure protection, fundamentally reshaping the rules of modern warfare.