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Email:firstname.lastname@utoronto.ca
About me:
About me:
Since September 2022, I have been a limited term assistant professor at University of Toronto, Mississauga campus. Prior to this, I held positions as a Simons Postdoctoral fellow at the Fields Institute for research in mathematical sciences (Feb. 2021 to Aug. 2022) and previously as a Research Associate at University College London (Jan. 2018 to Jan. 2021). I obtained my PhD from University of Toronto in June 2018, under the supervision of Spyros Alexakis and Adrian Nachman. My research interests lie in the field of inverse theoretical problems for partial differential equations, as well as their numerical analysis. The above photo was taken during my first year as a Ph.D candidate at University of Toronto, showing the mathematical formulation of the well known and widely open anisotropic Calderon problem that is concerned with determination of an unknown anisotropic conductivity inside an impenetrable medium from surface measurements of electrical voltage and current flux. This remains my main research interest.
Since September 2022, I have been a limited term assistant professor at University of Toronto, Mississauga campus. Prior to this, I held positions as a Simons Postdoctoral fellow at the Fields Institute for research in mathematical sciences (Feb. 2021 to Aug. 2022) and previously as a Research Associate at University College London (Jan. 2018 to Jan. 2021). I obtained my PhD from University of Toronto in June 2018, under the supervision of Spyros Alexakis and Adrian Nachman. My research interests lie in the field of inverse theoretical problems for partial differential equations, as well as their numerical analysis. The above photo was taken during my first year as a Ph.D candidate at University of Toronto, showing the mathematical formulation of the well known and widely open anisotropic Calderon problem that is concerned with determination of an unknown anisotropic conductivity inside an impenetrable medium from surface measurements of electrical voltage and current flux. This remains my main research interest.