This research aims to thoroughly examine the future and potential applicability of quantum radar systems technology in Turkey. Integrating advanced principles of quantum mechanics with radar technology, this innovative system utilizes quantum entanglement and quantum illumination phenomena to provide enhanced stealth capabilities at lower frequencies of the electromagnetic spectrum compared to traditional radars, and to achieve superior target detection at low signal-to-noise ratios. This system allows for detailed identification of target characteristics through the principles of superposition and quantum interferometric analysis, and investigates the effects of the Heisenberg uncertainty principle and quantum tunneling on radar detection capabilities. The study particularly aims to explore the potential impacts of this technology on Turkey's air defense systems and space observation.

With technological advancements, the development of aircraft stealth technologies and the production of so-called 'invisible' stealth aircraft necessitate the advancement of quantum radar technologies. This situation requires updating Turkey's technological advancements and security strategies in air defense systems. Additionally, the development of photonic materials and integrated quantum circuits forms the fundamental components of this innovative technology and expands Turkey's research capacity in this field. One of the main objectives of the project is to address how these developments could transform Turkey's military and civilian applications.