This book includes peer-reviewed articles from the International Conference on Simulation of Complex Systems (ICSCS 2025) held on 17-19 Dec, at Ranchi, India. It highlights ongoing innovative research approaches to understanding complex systems, which range from microscales to macroscales. It focuses on the areas of Atmospheric physics, soft matter physics, Materials science, and Nonlinear dynamics. This book includes the research that focuses on understanding fundamental laws, which is the core motivation of physics, and real-world systems, which often pose immense challenges due to their complexity and scale. It contributes to identifying and overcoming obstacles in studying the dynamics and interactions of large-scale natural and engineered systems. This book promotes the formation of interdisciplinary research teams to address complex problems in atmospheric sciences and climate modeling that necessitate a multifaceted approach.
This book includes peer-reviewed articles from the International Conference on Simulation of Complex Systems (ICSCS 2025) held on 17-19 Dec, at Ranchi, India. It highlights ongoing innovative research approaches to understanding complex systems, which range from microscales to macroscales. It focuses on the areas of Atmospheric physics, soft matter physics, Materials science, and Nonlinear dynamics. This book includes the research that focuses on understanding fundamental laws, which is the core motivation of physics, and real-world systems, which often pose immense challenges due to their complexity and scale. It contributes to identifying and overcoming obstacles in studying the dynamics and interactions of large-scale natural and engineered systems. This book promotes the formation of interdisciplinary research teams to address complex problems in atmospheric sciences and climate modeling that necessitate a multifaceted approach.
Rishi Sharma
Soft Matter Physics Quantum Thermodynamics 2D and 3D Materials Nonlinear dynamics and chaos Atmospheric physics Transport Phenomena in Confined Dimensions