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I am a fifth year PhD student working in geometric analysis at the University of Toronto under the supervision of Professor Robert (Bob) Haslhofer. My current main research topic is about singularity models of mean curvature flow. I am now on the job market this fall and I am looking for a postdoc position.

Publications and preprints

• Spectral quantization for ancient asymptotically cylindrical flows. (joint with Jingze Zhu)
  arXiv: 2211.02595

• Classification of bubble-sheet ovals in R^4. (joint with Beomjun Choi, Panagiota Daskalopoulos, Robert Haslhofer and Natasa Sesum)
  arXiv: 2209.04931

• A nonexistence result for rotating mean curvature flows in R^4. (joint with Robert Haslhofer)
  arXiv: 2208.14280

• Hearing the shape of ancient noncollapsed flows in R^4, Comm. Pure Appl. Math. (to appear). (joint with Robert Haslhofer)
  arXiv: 2107.04443

• On uniqueness and nonuniqueness of ancient ovals. (joint with Robert Haslhofer)
  arXiv: 2105.13830

• The blowdown of ancient noncollapsed mean curvature flows. (joint with Robert Haslhofer)
  arXiv: 2106.04042

• Bounded diameter under mean curvature flow. J Geom Anal (2021)
  arXiv: 2004.03769

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TA

• MAT301: Group and Symmetry (Fall 2022)
  
  

• MAT1300: Differential Topology (Fall 2021)
  
  

• APM346: Partial Differential Equations (Spring 2021, Fall 2020)
  
  

• MAT334: Complex Variables (Summer 2022, Spring 2022, Fall 2020, Spring 2019, Fall 2018)
  
  

• MAT 244: Ordinary Differential Equations (Spring 2020, Fall 2019)
  
  

• MAT224: Linear Algebra 2 (Summer 2020)
  
  

• MAT223: Linear Algebra 1(Summer 2020)
  
  

• MAT 188: Applied Linear Algebra (Fall 2019)
  
  

• MAT136: Calculus 2 (Summer 2021)
  
  

• MAT135: Calculus 1 (Summer 2021, Summer 2019)
  
  

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Activities:

• Students Geometry and Analysis Seminar at University of Toronto (we encourage students from minority groups to attend and to give talks.)
  SGAS