Strain-Control of Quantum Materials - The Case of Multipolar Order

Explore strain-control techniques in quantum materials through a detailed examination of multipolar order phenomena in this 57-minute conference talk from the Workshop on Frontiers in Quantum Materials. Learn how mechanical strain can be used as a powerful tool to manipulate and control the electronic and magnetic properties of quantum materials, with specific focus on systems exhibiting multipolar ordering. Discover the fundamental principles behind strain engineering, understand the relationship between lattice distortions and electronic states, and examine experimental approaches for implementing strain control in quantum material systems. Gain insights into how multipolar order parameters respond to external strain fields and the implications for designing novel quantum devices and understanding emergent quantum phases.