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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