We propose a quantum blind signature scheme that achieves perfect security under the assumption of an honest offline repository. The security of the protocol also relies on perfect private quantum channels, which are achievable using quantum one-time pads with keys shared via a quantum key distribution (QKD) protocol. The proposed approach ensures that signatures cannot be copied and that the sender must compromise to a single message, which are important advantages over classical protocols for certain applications.
Title: Implementation of a Quantum-Classical Hybrid Framework on Mobile Wireless Systems Abstract/Description: This repository presents the development and deployment of a fully functional quantum-classical hybrid computational system operating entirely on Android devices via wireless networks. The system integrates real-time harmonic modeling, recursive quantum-classical algorithms, and on-device data processing to execute simulations typically reserved for high-performance computing clusters. All modules are designed for modularity, reproducibility, and remote synchronization, providing a portable platform for experimentation, analysis, and educational demonstration. Researchers and developers can explore the code, methodologies, and datasets to validate the framework and extend its applications across quantum simulations, bioinformatics, and adaptive AI systems. Authors: Jonathan William Stieve, Omni Point LLC Keywords: Quantum-Classical Hybrid, Mobile Computing, Wireless Quantum Simulations, Harmonic Modeling, SZTM, Omni Point LLC