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In quantum materials, order parameters are fundamentally coupled to determine the properties of various quantum materials. The preceding chapters of this book have introduced how to use electron microscopy methods to measure lattice, orbital, charge, spin, and topological order parameters in quantum materials. This chapter focuses on applying these methods to achieve simultaneous measurement of multiple order parameters, investigating their correlations in several classes of quantum materials. It explores how the correlations between these order parameters influence the material properties.

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Collaborative Measurement and Correlation Study of Order Parameters in Quantum Materials

  • 章节

  • 发表日期：

    2026年

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  • Jing Zhu,
  • Kun Xu,
  • Zechao Wang,
  • Dongsheng Song,
  • Yang Zhang,
  • Qiqi Zhang

摘要

In quantum materials, order parameters are fundamentally coupled to determine the properties of various quantum materials. The preceding chapters of this book have introduced how to use electron microscopy methods to measure lattice, orbital, charge, spin, and topological order parameters in quantum materials. This chapter focuses on applying these methods to achieve simultaneous measurement of multiple order parameters, investigating their correlations in several classes of quantum materials. It explores how the correlations between these order parameters influence the material properties.