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Spectroscopy of Correlated Quantum Matter

用 RIXS、中子散射和动力学结构因子研究强关联材料中的自旋、电荷、轨道激发与纠缠。

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Questions this profile tracks

  • Which RIXS and neutron-scattering features distinguish magnons, spinons, orbitons, phonons, and gauge excitations?
  • How can dynamical structure factors reveal fractionalization, topology, supersymmetry, or entanglement?
  • Which theoretical approximations can connect microscopic Hamiltonians to measured spectra quantitatively?

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建议扫读 Frustrated Magnetism and Quantum Spin Liquids Spectroscopy of Correlated Quantum Matter abstract_only

Proximate spin liquid ground state arising from competing stripy and ${120}^{∘}$ spin correlations in the triangular quantum antiferromagnet ${\mathrm{ErMgGaO}}_{4}$

S. H.-Y. Huang, S. Petit, B. Yuan, Z. W. Cronkwright, C. Pinvidic, Y. Wang, E. M. Smith, S. Bhattacharya, C. Yang, J.-M. Zanotti, Q. Berrod, M. B. Stone, A. I. Kolesnikov, R. J. Cava, E. Kermarrec, and B. D. Gaulin

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直接研究三角晶格量子反铁磁体中接近自旋液体相边界的基态，观测非弹性中子散射连续谱及 stripy 与 120° 关联的竞争。

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