Dusan Odstrcil

Dusan Odstrcil serves as a Research Professor in the Physics & Astronomy Department at George Mason University, where he maintains dual appointments as both Instructional Faculty and Research Faculty. His office is located in Planetary Hall (Room 222), and he may be contacted at dodstrci@gmu.edu. His research portfolio centers on computational space physics with significant contributions to heliospheric modeling.

His primary research interests encompass Solar wind dynamics, Coronal mass ejection propagation, Heliospheric physics, Space weather forecasting, and Interplanetary phenomena. His methodology integrates advanced magnetohydrodynamic (MHD) simulations with multi-point spacecraft observations to analyze 3D solar wind structures and CME evolution through the heliosphere. This work has direct applications for improving space weather prediction systems used by operational centers.

His scientific achievements include recognition as a World's Best Scientist 2025 in Environmental Sciences, where he ranks #3,869 globally and #1,543 nationally with a D-Index of 51 and 8,580 total citations. Key contributions span:

• Numerical simulation of 3D solar wind structures
• WSA-ENLIL+Cone model development for CME arrival forecasting
• Multi-point analysis of interplanetary shocks across the solar system
• Coronal mass ejection propagation physics

Professor Odstrcil maintains active research collaborations with leading institutions including UC Berkeley, Johns Hopkins APL, and the Community Coordinated Modeling Center. His work demonstrates consistent focus on improving the physical understanding and operational prediction of space weather events through sophisticated numerical modeling validated against spacecraft observations throughout the heliosphere.