Politecnico di Milano | Italy
Ms. Eleonora L. Zich is a researcher at the Politecnico di Milano, focusing on computational electromagnetics and advanced optimization methodologies. Her work integrates evolutionary algorithms, quantum-inspired computing, and numerical modeling to address complex electromagnetic design problems with enhanced efficiency and precision. Zich has authored 8 scientific publications, which have collectively received 8 citations, contributing to an h-index of 2, reflecting a developing yet increasingly recognized research trajectory. A notable example of her recent work is the 2025 article “Quantum Selection for Genetic Algorithms Applied to Electromagnetic Design Problems,” which demonstrates her commitment to innovating optimization frameworks for engineering applications. By incorporating quantum-based selection mechanisms into genetic algorithms, she advances computational strategies that can significantly improve the performance of electromagnetic design workflows. Zich collaborates with ten co-authors, indicating active participation in interdisciplinary research networks spanning electrical engineering, applied physics, and computational sciences. These collaborations enhance the breadth and applied relevance of her contributions, particularly in fields such as telecommunications, sensing technologies, and electronic component optimization. Through her focus on algorithmic innovation and computational efficiency, Zich’s work supports the development of advanced tools that have the potential to influence both academic research and industrial technological progress.
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