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Calculating Compressed Modes for Topological Crystalline Insulators
- Magnetta, Bradley
- Advisor(s): Ozolins, Vidvuds
Abstract
While there are many computational methods for testing the properties of topological models, most rely heavily on human intervention to produce reliable results. In theory, an approach using compressed modes would require little human intervention to calculate topological properties. We outline the computational methods needed for calculating compressed modes for a simple topological crystalline insulating model. While our methods produce accurate results we will comment on ways to further automate the standard process for calculating compressed modes by constraining topological structure.
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