We are a new laboratory studying quantum materials in the Department of Materials Science and Engineering at the University of Maryland. We study the fundamental physics of quantum materials and develop devices for next-generation information and energy technologies. We are always looking for passionate researchers to join our team.
We are seeking passionate and talented scholars who want to create stuff and explore new scientific frontiers. Our lab members learn and gain experience in materials synthesis, nano-fabrication, electronics, optics, and even computer programming. If you are interested in joining the lab, please contact You Zhou at youzhou[at]umd.edu to discuss opportunities.
We are seeking one graduate research assistant to work on a new collaborative program with NIST on the broadband spectroscopy of quantum materials. Interested students can contact You Zhou at youzhou[at]umd.edu or Dr. Neil Zimmerman (neilz[at]mailaps.org) to discuss opportunities.
We welcome researchers at all levels (undergraduate, graduate, or postdoc). No specific prior experience required.
Dec. 2021: You Zhou received the 2022 NSF CAREER award. Thanks to NSF for supporting our research!
Aug. 2021: Our recent results on electron crystals are discussed in the Quanta Magazine.
Aug. 2021: Our recent results on temperature-independent thermal emission are highlighted by the Department of Energy.
Jun. 2021: Our paper on the observation of bilayer Wigner crystals and their quantum melting in an atomically thin heterostructure was published in Nature.
Jan. 2021: Our arXiv preprint reporting Wigner crystals in 2D materials was recommended with a commentary by Prof. Thierry Giamarchi, University of Geneva in the Journal Club of Condensed Matter Physics.
Nov. 2020: We organized a virtual mini-symposium on Correlated Insulating States in Two Dimensions at the Institute for Theoretical Atomic Molecular and Optical Physics at Harvard. Many exciting talks! Youtube links here.
University of Maryland
8228 Paint Branch Dr, KEB 2246
College Park, MD 20742