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International Conference on Simulation of Complex Systems
(ICSCS-2025)
17-19 December, 2025

 

Announcements

We sincerely thank all participants, speakers, sponsors, and volunteers for their invaluable contributions and support in making ASSiCS’25 a successful and enriching scientific event.

Full paper submission deadline is 25 January 2025.


Welcome to the International Conference on Simulation of Complex Systems (ICSCS-2025), hosted by the Department of Physics, Birla Institute of Technology, Mesra, Ranchi. It is a privilege to bring together scientists, researchers, industry leaders, and policymakers for high-level discussions on the challenges and opportunities that lie within the realm of complex systems.

The motivation behind doing physics has always been to understand the fundamental laws governing natural phenomena. Yet, one of the most persistent challenges in modern science is dealing with the large scale and intrinsic complexity of real-world systems. From the unsolvable dynamics of the three-body problem in classical mechanics to the many-body challenges in quantum and condensed matter systems, complexity often pushes the boundaries of analytical and computational methods.

Life, our environment, and the materials surrounding us are quintessential examples of complex systems of interacting parts, where collective behavior cannot be understood merely by examining individual components. The study of such systems demands an interdisciplinary approach, uniting physics with biology, geoscience, environmental science, and engineering to unravel the intricate patterns and emergent behaviors of nature.

Through ICSCS-2025, we aim to establish a vibrant scientific platform that encourages collaboration and knowledge exchange. Distinguished speakers and participants will share insights, methodologies, and innovations addressing the multifaceted challenges of modeling and simulating complex systems - from physical and atmospheric systems to broader interdisciplinary applications.

ICSCS in

THEMES

1. Advancing Knowledge on Climate Change and Climate Variability
2. Artificial Intelligence and Machine Learning in Weather and Climate Research
3. Geospatial Innovations for Monitoring and Managing Earth’s Resources
4. Weather, Climate, and Human Health: Risks and Resilience
5. Monitoring, Mitigation, and Management or Towards Cleaner Air and Water: Challenges and Opportunities
6. Nonlinear Dynamics and Chaos
7. 2D and 3D Materials
8. Soft Matter Physics
9. Complex Systems
10. Transport Phenomena in Confined Dimensions
11. Quantum Thermodynamics
12. Artificial Intelligence and machine learning applications in particle physics
13. Biophysics and Biomedical Applications