2022 Holiday Party

Welcome to the Liu Group! We create, manipulate, visualize, and understand novel quantum states of matter. Experimentally, we implement scanning tunneling microscopy, scanned Josephson tunneling microscopy, and single atom/molecule manipulation at cryogenic temperatures. Read more about our research

Past Research Highlights

Detection of a Cooper pair density wave state in UTe2
Q. Gu, et al. Nature 618, 921–927 (2023)
Realization of bilayer borophene
X. Liu, et al. Nature Materials 21, 35–40 (2022)
Discovery of a Cooper pair density wave state in NbSe2
X. Liu, et al. Science 372, 1447-1452 (2021)
Visualization of electronic fluid flow
X. Liu, et al. Nature Materials 20, 1480–1484 (2021)
Image-potential states and breakdown of self-doping in borophene
X. Liu, et al. Nano Letters 21, 1169–1174 (2021)
Disordered quantum anomalous Hall insulator
Y. X. Chong, et al. Nano Letters 20, 8001-8007 (2020)
2D materials for quantum information science
X. Liu, et al. Nature Reviews Materials 4, 669–684 (2019)
Geometric imaging via functionalized probes
X. Liu, et al. Nature Communications 10, 1642 (2019)
Coherent borophene/graphene heterostructures
X. Liu, et al. Science Advances 5, eaax6444 (2019)
Self-assembled borophene line defects
X. Liu, et al. Nature Materials  17, 783–788 (2018)
Borophene-organic heterostructure from selective molecular self-assembly
X. Liu, et al. Science Advances 3, e1602356 (2017)