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Watch a student lightning talk session from the fifth annual MFEM community workshop featuring three graduate student presentations on advanced computational methods. Discover structure-preserving transfer techniques for magnetohydrodynamic simulations as Rushan Zhang from Georgia Tech explains how to transfer Grad-Shafranov equilibria to MHD solvers while maintaining essential physical properties. Learn about multiphysics biomedical modeling through Leonardo Molinari's presentation from Emory University, where he demonstrates a domain-decomposition framework applied to cardiac radiofrequency ablation procedures. Explore compiler optimization techniques for automatic differentiation as Vimarsh Sathia from UIUC discusses AD-aware optimizations in Enzyme MLIR. Each presentation showcases cutting-edge research applications of the MFEM (Modular Finite Element Methods) library, demonstrating how high-order mathematical calculations enable large-scale scientific simulations across diverse fields including plasma physics, biomedical engineering, and computational compiler design.
