Research on quantum radar stealth optimization design of flying wing aircraft

With the continuous advancement of quantum radar technology, the detection capabilities for stealth aircraft have been significantly enhanced, posing an increasingly substantial threat to such targets. Consequently, it has become imperative to investigate the design and optimization of quantum radar stealth for aircraft. This paper proposes a novel quantum radar stealth optimization method specifically tailored for flying wing aircraft. Initially, based on the definition of QRCS (Quantum Radar Cross Section) and the surface element transformation of complex three-dimensional targets, a QRCS calculation method suitable for flying wing aircraft is derived. Subsequently, a quantum stealth optimization system for flying wing aircraft is developed based on this methodology. Through the research on the quantum stealth optimization of flying wing aircraft, the optimal quantum stealth configuration is obtained.