The Universal Superposition Equation (U_SE3®), a 100% accuracy quantum-inspired computing

Universal Superposition Equation (U_SE3®): Disruptive Quantum-Inspired Computing for Space Missions Authors: Nadia Sahraoui the Universal Superposition Equation (U_SE3®) is a quantum-inspired computing paradigm designed to enable highly parallelized computations directly onboard satellites. By representing an innovative approach, this paradigm allows space missions to perform complex calculations faster, process large volumes of sensor data in real time, optimize orbital trajectories, and enhance secure communications, all with 100% verified accuracy while minimizing power consumption and latency. U_SE3® integrates principles from number theory and quantum computing, offering a scalable solution suitable for CubeSats as well as larger platforms in Low Earth Orbit (LEO) and Medium Earth Orbit (MEO). The paradigm has been validated through simulations and is ready for further testing using space agency’s quantum computing infrastructure. This approach demonstrates disruptive potential for: Real-time processing of high-throughput sensing payload data Autonomous onboard decision-making for orbit optimization and mission planning Energy-efficient cryptography and secure communications The Zenodo entry provides a conceptual framework, simulation results, and a mission concept proposal tailored for space agencies. U_SE3® establishes a foundation for future quantum-inspired software and hardware solutions in satellite operations, positioning this paradigm as a transformative approach for next-generation space missions. Keywords / Tags:Quantum-Inspired Computing, Disruptive Computing, Space Missions, Satellite Autonomy, Real-Time Data Processing, Orbit Optimization, Secure Communications, U_SE3®, space agencies, cryptography