Manuscript Topics

Advances in mathematical modeling and simulation of complex systems represent a pivotal area of research, focusing on the development and application of advanced mathematical frameworks and computational techniques to elucidate, predict, and optimize the behavior of intricate, interconnected systems. This special issue explores the multidisciplinary applications of these advancements across fields such as physics, biology, engineering, economics, social sciences, solar energy research, and traffic flow control in urban areas. Traditional analytical methods often fail to capture complex systems' emergent properties and dynamic interactions. By leveraging cutting-edge algorithms, enhanced computational power, and interdisciplinary methodologies, contributors to this issue present innovative models and simulations that offer profound insights into phenomena such as climate change, financial markets, healthcare systems, urban planning, solar energy optimization, and efficient traffic flow control in urban environments. The continuous evolution in this domain, as highlighted in this special issue, emphasizes the potential to address some of the most pressing challenges of our time through enhanced prediction, decision-making, and innovation, particularly in the quest for sustainable energy solutions and improved urban living conditions.

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