Authors: Sardar Dilbag Singh Khalsa
Source: Zenodo (CERN European Organization for Nuclear Research) (article, 2026-04-13)
Field: Materials Science — Materials Chemistry

Quantum D Royale Defence Tank \section{Abstract}Quantum D Royale Smart Tank is a next-generation quantum-enhanced intelligent combat vehicle integrating doped quantum dots, perovskite-based smart materials, advanced sensing technologies, and artificial intelligence for autonomous warfare, strategic defence, and high-performance battlefield operations. The system incorporates adaptive chromufusion armor, quantum-secure communication, AI-based combat decision systems, and self-powered hybrid energy mechanisms. The integration of quantum materials enhances stealth, durability, and sensing precision, while advanced physics-based systems enable superior operational efficiency. This invention represents a transformative advancement in defence technology by merging quantum engineering, material science, and autonomous systems into a unified combat platform. \section{Field of Invention}The invention relates to defence engineering, quantum materials, artificial intelligence, and advanced combat systems. More specifically, it pertains to a smart tank platform incorporating quantum-enhanced materials, intelligent sensing, and autonomous control systems. \section{Background}Traditional armored vehicles rely on mechanical and electronic systems with limited adaptability and vulnerability to modern threats such as electronic warfare, precision targeting, and advanced surveillance systems. Emerging defence requirements demand intelligent systems capable of real-time decision-making, adaptive camouflage, secure communication, and energy efficiency. Quantum materials and AI technologies provide opportunities to overcome these limitations. \section{Physics Principles}The system operates on multiple fundamental physics principles. Quantum dots exhibit size-dependent bandgap properties, enabling tunable optical absorption and emission for chromufusion camouflage and sensor systems. Perovskite materials offer high dielectric constants and strong light-matter interaction, enhancing sensing and energy conversion efficiency. Electromagnetic theory governs radar, communication, and stealth technologies. Thermodynamics and heat transfer principles are applied in thermal camouflage and cooling systems. Piezoelectric and triboelectric effects enable energy harvesting from mechanical vibrations. Classical mechanics governs mobility, while control theory and AI algorithms enable autonomous navigation and targeting. \section{System Architecture} \subsection{Quantum Smart Armor}The tank incorporates a multi-layered armor system embedded with doped quantum dots and perovskite nanocrystals. This armor enables chromufusion-based adaptive camouflage, dynamically altering color, infrared signature, and electromagnetic reflection properties. The material also includes self-healing polymers that repair micro-damage and enhance durability. \subsection{AI Combat System}The AI-based combat system integrates machine learning algorithms for target recognition, threat analysis, and decision-making. It processes data from multiple sensors to provide real-time battlefield awareness and autonomous response capabilities. The system supports predictive analytics for mission planning and risk assessment. \subsection{Quantum Sensors and Detection}The tank includes a network of sensors such as LiDAR, radar, thermal imaging, and quantum-enhanced detectors. These sensors provide high-resolution data on terrain, enemy positions, and environmental conditions. Quantum sensing enables detection of subtle electromagnetic and thermal variations. \subsection{Energy System}The system utilizes a hybrid energy model combining solar panels, piezoelectric generators, thermoelectric modules, and kinetic energy harvesting. This ensures energy autonomy and reduces reliance on fuel-based systems. Energy management algorithms optimize power distribution. \subsection{Communication System}Secure communication is achieved through encrypted channels and quantum key distribution protocols. Anti-jamming and anti-interference technologies ensure reliable data transmission in hostile environments. The system supports swarm communication for coordinated operations. \subsection{Mobility and Control}The tank features an advanced mobility system with terrain-adaptive suspension, self-balancing mechanisms, and AI-assisted navigation. Autonomous driving capabilities enable operation in complex environments with minimal human intervention. \section{Functional Features} \subsection{Adaptive Camouflage}The chromufusion system adjusts the tank’s visual and thermal signature to match surroundings, reducing detectability. \subsection{Autonomous Operation}AI enables the tank to operate independently, performing navigation, targeting, and defensive actions. \subsection{Active Protection}Integrated defense systems detect incoming threats and deploy countermeasures such as interception and electronic disruption. \subsection{Swarm Coordination}Multiple units can operate in coordinated formations using secure communication networks and distributed AI. \subsection{Human-Machine Interface}The system includes augmented reality displays, gesture control, and brain-computer interface options for enhanced control. \section{Applications}\begin{itemize}\item Defence and battlefield operations\item Autonomous warfare systems\item Border security and surveillance\item Disaster response and rescue missions\item Strategic military training simulations\end{itemize} \section{Advantages}\begin{itemize}\item Enhanced stealth and survivability\item Real-time decision-making and automation\item Energy-efficient and self-powered operation\item Secure communication and anti-jamming capability\item Multi-environment adaptability\end{itemize} \section{Conclusion}The Quantum D Royale Smart Tank represents a revolutionary advancement in combat vehicle design by integrating quantum materials, artificial intelligence, and advanced physics principles. Its adaptive armor, intelligent sensing, and autonomous capabilities provide superior performance in modern warfare scenarios. The system sets a new benchmark for next-generation defence platforms, offering enhanced security, efficiency, and operational superiority. Quantum ; Quantum technology ; Smart material ; Nanomanufacturing ; Camouflage ; Quantum sensor ; Quantum computer ; Quantum dot Chemical and Physical Properties of Materials ; Nanotechnology research and applications ; Advanced Materials and Semiconductor Technologies