Wei Wang, Ph.D.

Title：Assistant Professor

E-mail: wwang@gbu.edu.cn

Research Areas

uQuantum information and its cross-disciplinary studies with quantum matter and quantum gravity. Specific topics include: holographic quantum error-correcting codes, long-range quantum entanglement, quantum simulation/computation.

uComputational methods in quantum many-body physics, including Quantum Monte Carlo simulation and tensor networks.

Main Achievements

uIn recent research on quantum information and quantum gravity, I proposed a novel model of holographic quantum error-correcting codes alongside a new construction method. This approach complements tensor network techniques and facilitates experimental realization in quantum simulation platforms.

uIn recent studies of quantum information and quantum matter, I uncovered a new paradigm of long-range quantum entanglement structures in fractional-dimensional quantum many-body systems.

uI have published six high-impact peer-reviewed papers as the first author (including shared first authorship), and served as a reviewer for journals such as Physical Review Letters, PRX Quantum, and Physical Review Research.

Education Qualifications

uUniversity of Oklahoma, Ph.D. in Physics, 2017

Academic Experience

u2025.02−Present, Great Bay University, Assistant Professor

u2020.04−2025.02, SJTU Tsung-Dao Lee Institute, TDLI Postdoctoral Fellow,

u2017.11−2020.02, Max Planck Institute for the Physics of Complex Systems, Postdoc

Recent Selected Publications

1．Wei Wang, Building holographic code from the boundary, arXiv:2407.10271

2．Wei Wang, A new realization of the long-range entanglement: fractality replacing the topological order, arXiv:2201.13041