My current interests lie in the novel electronic phases of quantum materials emerging from the interplay of electron correlation, spin-orbit coupling, and geometrical frustration. Of particular interest are topologically nontrivial states in correlated systems, frustrated magnetism with exotic quasiparticles, and unconventional multiferroicity. I aim to extend the boundaries of human knowledge in many-body quantum physics where More Is Different and to push the limits of real-world applications with these emergent phases.

To realize, characterize, and functionalize the emergent phases, I have developed a unique approach based on the synergy among the high-quality synthesis of quantum materials, high-precision measurements of quantum properties, and well-engineered fabrication of nano-electronic devices. Experimental techniques include atomic layer-by-layer thin-film deposition, ultra-low temperature and high magnetic field electrical and magnetic measurements, and nano-device fabrication. 

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