Rate My Professor Masoud Ganji

Ganji's research specializations include CR and complex geometry, mathematical physics, and differential geometry. His primary research revolves around the embedding problem of abstract CR structures, investigating challenges in embedding formal CR manifolds into complex space, and the study of geometric structures of Einstein metrics in general relativity. Key publications are: "Quasi-Einstein shearfree spacetimes lifted from Sasakian manifolds" with G. Schmalz and D. Sykes (July 2023); "CR embeddings of CR manifolds" in Annali di Matematica Pura ed Applicata (2022) with M.G. Cowling, A. Ottazzi, and G. Schmalz; "Lorentzian manifolds with shearfree congruences and Kahler-Sasaki geometry" in Differential Geometry and its Applications, 75, 101724 (2021) with D.V. Alekseevsky, G. Schmalz, and A. Spiro; "A criterion for local embeddability of three-dimensional CR structures" in Annali di Matematica Pura ed Applicata, 198(2), 491-503 (2019) with G. Schmalz; "CR-geometry and Shearfree Lorentzian Geometry" in Geometric Complex Analysis (2018) with D.V. Alekseevsky and G. Schmalz; "CR embeddings of nilpotent Lie groups" in Proceedings of the American Mathematical Society (April 2024) with M. Cowling, A. Ottazzi, and G. Schmalz; and "The Levi-Civita connections of Lorentzian manifolds with prescribed optical geometries" in CUBO, A Mathematical Journal (May 2024) with D.V. Alekseevsky, G. Schmalz, and A. Spiro. He is a member of the Australian Mathematical Society.