The Theoretical Exploration of New Two-Dimensional Intrinsic Magnetic Topological Materials

The thesis focuses on exploring and predicting the behavior of magnetic topological materials using materials simulation techniques. These materials exhibit distinctive electronic properties, such as insulating interiors coupled with conducting edges, setting them apart from conventional materials. Through this investigation, I aim to uncover novel electronic phases and innovative approaches for enhancing electronic devices. This research promises wide-ranging benefits for the public, including advancements in computing speeds, extended battery life for smartphones, and more efficient renewable energy systems.