We create and investigate quantum materials and heterostructures using molecular beam epitaxy and low-temperature transport. Our research focuses on how interfaces, symmetry, spin–orbit coupling, and magnetism give rise to emergent superconducting and electronic phases.
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Superconducting Oxide Interfaces
Superconducting Oxide Interfaces
Two-dimensional superconductivity and spin–orbit-coupled states at KTaO₃-based interfaces.
MBE Synthesis of Quantum Materials
MBE Synthesis of Quantum Materials
Epitaxial synthesis of oxide heterostructures, rare-earth intermetallics, and magnetic thin films.
Spin, Symmetry, and Transport
Spin, Symmetry, and Transport
Low-temperature transport probes of superconductivity, magnetism, and symmetry-controlled electronic phenomena.
News
News
2026 — Prof. Liu co-organized the 3rd Annual Workshop on Emerging Trends in Semiconductor Technology at the University at Buffalo.
2026 — Our collaborative work on uniaxial spin texture in a superconducting electron gas was published in Science Advances.
2025 — Prof. Liu organized the 132nd NYSS-APS Topical Symposium, “Frontiers in Quantum Materials and Phenomena” at the University at Buffalo.
2025 — Liu Group students received poster awards at the NYSS-APS Fall Symposium.
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