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Explore topological phase transitions in strained Lieb-Kagome lattices through this 32-minute conference talk from the Workshop on Frontiers in Quantum Materials. Delve into the theoretical framework and experimental implications of how mechanical strain affects the topological properties of these complex lattice structures. Learn about the interplay between geometric deformation and electronic band topology, examining how strain engineering can induce transitions between different topological phases. Discover the unique characteristics of Lieb-Kagome lattices, their flat band features, and how external strain modifies their electronic properties. Gain insights into the mathematical formalism describing these phase transitions and their potential applications in quantum materials research. Understand the broader context of topological quantum materials and how strain can be used as a tuning parameter to control their exotic electronic properties.
