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Ali Ghorbanpour, Ph.D.

Ali  Ghorbanpour
  • Academic Specialist
  • Physics


  • LB 273 Physics I
  • LB 274 Physics II


I graduated from K. N. Toosi University of Technology. I completed my master's degree in applied nuclear physics. Also, I have taught several physics courses, basic physics and advanced physics. I have been teaching at colleges and universities since 2008.


  • Ph.D. Student, College of Communications Arts & Sciences, Michigan State University, 2018.
  • Graduate Life-long student, Michigan State University, 2015-2018.
  • M.Sc., Applied Nuclear Physics, K. N. Toosi University of Technology


I am interested of doing research on radiopharmaceutical and radioisotope production by research nuclear reactors and cyclotrons. Also, I am interested of doing on computational modeling. I have done research in both areas. During my master's program I worked on the feasibility of producing Iodine-125 radioisotope by 30 MeV cyclotron. The radioisotope is utilized to treat and diagnose prostate cancer. Also, I worked on computational modeling of carotid artery of specific patient in bifurcation area to predict the potential risk of stroke risk.
  • Student Research Assistant 2016 Project Title: Developing Computational Model of Carotid Artery of Specific Patient in Bifurcation Area to Predict the Potential of Stroke Risk, East Lansing, MSU.
  • Student Research Assistant 2015 Project Title: Molecular and Cellular Imaging Lab (MCIL) under the direction of Dr. Erik Shapiro, East Lansing, MSU.
  • Graduate Research Assistant 2006-2008 Project Title: Feasibility of production of Iodine-125 by Cyclotron Nuclear Research Center for Agriculture and Medicine (NRCAM), Tehran, Iran


  • Moallemi, N., Shafieenejad, I., Beigpour, H., & Ghorbanpour, A. (2012). Homotopy perturbation method for solving Jeffrey - Hamel flow in a wedge. Journal of Advanced Studies in Theoretical Physics, 6(2), 63-72.
  • Ghorbanpour, A., Mirzaii, M., Salehkotahi, M., & Aboudzadeh, M. (2008). Simulation and designing of liquid target to produce Iodine-125 by cyclotron accelerator. Journal of the Nuclear Society of Iran.