Growth and characterization of GdPS

ORAL

Abstract

ZrSiS-family materials are well-known topological quantum materials with many exotic properties such as coexistence of nodal-line and non-symmorphic Dirac states, unusual surface state, correlation enhancement, etc. The introduction of magnetism to isostructural LnSbTe (Ln = magnetic lanthanides) has been shown to lead to exotic new quantum states. Here, we report the single crystal growth and characterization of GdPS, a new derivative of ZrSiS-type compounds. The exotic magnetic and transport phenomenon of GdPS offer a new platform to explore quantum phenomenon and topological states.

*This work is supported by US DOE under awards DE-SC0019467 and DE-SC0022006

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Presenters

  • Gokul Acharya

    • University of Arkansas

Authors

  • Gokul Acharya

    • University of Arkansas

  • Krishna Pandey

    • University of Arkansas

  • Rabindra Basnet

    • University of Arkansas

  • Md Rafique Un Nabi

    • University of Arkansas

  • Jian Wang

    • Wichita State University

  • Jin Hu

    • University of Arkansas