Elizabeth R. S. Burnim is an interdisciplinary researcher with extensive experience in computational modeling, aerospace engineering, and nonequilibrium systems. My work focuses on the intersection of condensed matter physics and advanced computational infrastructure, specifically modeling Andreev bound states in complex geometries.
Computational Modeling: Finite Element Analysis (FEA), Computational Fluid Dynamics (CFD), Riccati transport solvers.
Advanced Systems: GPU-based simulation architectures, parallel processing, and nonequilibrium organization in interacting physical systems.
Interdisciplinary Practice: Bridging aerospace-grade stability methods with high-precision superconductivity research.
Curriculum Vitae [Download Elizabeth R. S. Burnim CV (PDF)]
For research inquiries, project collaborations, or consultation, please contact me directly at: