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Scattering Resonances: Computation, High-Performance Algorithms, and Applications to Target Identification and Transient Scattering

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GSTW03 - Interactions of geometric spectral theory with numerical methods and applications

This talk examines the fundamental role of scattering resonances in a range of important applications, including target identification and the evaluation of time-domain transients for complex two- and three-dimensional scattering configurations. It further demonstrates how these resonances can be leveraged to develop highly efficient time-domain solvers and identification methodologies. Emphasis is placed on high-order, high-performance methodologies designed to efficiently address large-scale scattering structures with high accuracy.

This talk is part of the Isaac Newton Institute Seminar Series series.

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