Optical Magnetometry and Computational Simulation

Scope

This symposium focuses on computational and mathematical aspects of quantum communication systems, with particular emphasis on image and multimedia transmission. Contributions are invited on topics such as mathematical modeling of quantum communication channels, multi-qubit encoding strategies, quantum signal processing, numerical simulation of quantum noise processes, optimization of quantum–classical hybrid transmission frameworks, and performance evaluation using perceptual quality metrics. The symposium encourages research that combines theoretical analysis with computational experimentation, including simulation-driven design of encoding schemes, channel models, and decoding algorithms. Applications involving image and video transmission, quantum-enhanced signal processing, and bandwidth-constrained communication systems are especially welcome. Both methodological studies and application-oriented research that demonstrate the role of applied mathematics and computational simulation in advancing practical quantum communication systems fall within the scope of this symposium.