AI Article Synopsis
- Anisotropic lattice deformation is significant in solid state physics, affecting quantum mechanics and enabling the exploration of various elasto-quantum effects in materials.
- The combination of strain tuning and x-ray techniques, especially synchrotron-based methods, has become essential for examining the fine details of how materials respond to stress at a microscopic level.
- Recent studies using elasto-x-ray characterization have revealed exciting opportunities in quantum materials research, highlighting a promising future for these techniques.
Article Abstract
Anisotropic lattice deformation plays an important role in the quantum mechanics of solid state physics. The possibility of mediating the competition and cooperation among different order parameters by applyingstrain/stress on quantum materials has led to discoveries of a variety of elasto-quantum effects on emergent phenomena. It has become increasingly critical to have the capability of combining thestrain tuning with x-ray techniques, especially those based on synchrotrons, to probe the microscopic elasto-responses of the lattice, spin, charge, and orbital degrees of freedom. Herein, we briefly review the recent studies that embarked on utilizing elasto-x-ray characterizations on representative material systems and demonstrated the emerging opportunities enabled by this method. With that, we further discuss the promising prospect in this rising area of quantum materials research and the bright future of elasto-x-ray techniques.
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| http://dx.doi.org/10.1088/1361-648X/ad493e | DOI Listing |
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