Rate My Professor Mohammadreza Hadizadeh

Hadizadeh's research centers on theoretical and computational physics, including few-body bound and scattering states, relativistic descriptions of few-body systems, Efimov physics and universalities, three-dimensional similarity renormalization group evolution of many-body interactions, and applications of few-body techniques to quantum systems in two-dimensional semiconductor materials such as trions, biexcitons, and quintons for photodetectors, solar cells, LEDs, quantum emitters, and nonlinear optics. Key publications include "Neon dimers in momentum and configuration spaces" (Scientific Reports, 2025), "Relativistic Faddeev 3D Equations for Three-Body Bound States Without Two-Body t-Matrices" (Progress of Theoretical and Experimental Physics, 2024), "Trion clustering structure and binding energy in 2D semiconductor materials: Faddeev equations approach" (Physical Review B, 2023), "Tunable properties of excitons in double monolayer semiconductor heterostructures" (Physical Review B, 2023), and "Four-body bound states in momentum space: the Yakubovsky approach without two-body matrices" (Frontiers in Physics, 2023). He has secured over $5 million in external funding as lead or sole principal investigator, including NSF grants for Partnership for Advancing Research Capacity in Semiconductors ($1,316,951), Advancing Semiconductor Education ($299,977), Yakubovsky calculations for six-nucleon bound states ($367,591), and Intel Corporation's Semiconductor Education Program ($2,225,700). Awards include the Springer Nature Outstanding Editorial Contribution Award (2025), Central State University President’s Award for securing $1-5 million in grants (2024), CSU President's Award for Faculty Excellence in Research (2023), and Strategic Ohio Council for Higher Education Faculty Excellence Award (2020).