My name is Shengwen Wang (王盛文). I am a lecturer at Queen Mary University of London. Previously, I completed my PhD at Johns Hopkins University in 2018 under the direction of Jacob Bernstein.


Email:  

shengwen.wang@qmul.ac.uk


Address:

Room: MB-B14

Queen Mary University of London, School of Mathematical Sciences


CV





Research interest:


Geometric analysis and geometric PDEs. I am interested in understanding the formation of singularities and developing/improving regularity theory of geometric partial differential equations such as minimal surfaces, mean curvature flows, Allen-Cahn equations, Ginzburg-Landau and Yang-Mills-Higgs equations. These problems exhibit a rich interplay between geometry, topology and physics.








Publications:








Teaching:


  • Math 371       Ordinary differential equations                       2018 Fall, Binghamton University
  • Math 590F     Topics in Analysis                                           2019 Spring, Binghamton University
  • Math 371       Ordinary differential equations                       2019 Spring, Binghamton University
  • LTCC             Introduction to mean curvature flow               2020 Fall, London (online)
  • MA4C0          Differential Geometry                                     2021  Fall, University of Warwick
  • MTH 6151      Partial Differential Equations                         2022 Fall, Queen Mary University of London
  • MTH 6151      Partial Differential Equations                         2023 Fall, Queen Mary University of London
  • MTH 6151      Partial Differential Equations                         2024 Fall, Queen Mary University of London
  • MTH 5113      Introduction to Differential Geometry             2025 Spring, Queen Mary University of London
  • MTH 6151      Partial Differential Equations                         2025 Fall, Queen Mary University of London
  • SEF 041         Mathematics B                                              2026 Spring, Queen Mary University of London
  • LTCC              Elliptic Partial Differential Equations             2026 Spring, London