Current Ph.D. Students

• Ebrahim Siri [2021 - present]
  • Thesis: Study of nonperturbative effects on the phase diagram of QCD Ginzburg-Ladau Method

Former Ph.D. Students

• S.M. Ali Tabatabaee [2016 - 2020]
  • Thesis: Equilibrium and non-equilibrium properties of magnetized quark matter in inertial and rotating frames
• Masoud Shokri [2015 - 2019]
  • Thesis: Evolution of electromagnetic fields in a plasma of quarks and gluons
• Farid Taghinavaz [2011 - 2017]
  • Thesis: On the effect of finite temperature and background magnetic fields on observables of heavy ion collisions
• Shima Fayazbakhsh [2006 - 2011]
  • Thesis: Color-superconductivity at nonzero chemical potential and in the presence of strong magnetic fields
• A. Abbas Varshovi [2007 - 2011] (Co-supervised with Prof. F. Ardalan)
  • Thesis: Anomalies in noncommutative gauge theories
• Masoumeh Ghasemkhani [2005 - 2010] (Co-supervised with Prof. Ardalan)
  • Thesis: Two-dimensional noncommutative quantum electrodynamics

Current MSc Students

• Mohammad Abedlou-Ahadi [2023-present]

Former MSc Students

1. Babak Karami [2024]
   • Thesis: Worldline Formalism and the Rotating Particle
2. M. Sharif Sadeghi [2023]
   • Thesis: Mass-radius relation for a rotating and magnetized neutron star using the Nambu-Jona-Lasinio model
3. Mahdi Sedighi Jafari [2023]
   • Thesis: Relativistic Magnetohydrodynamics of a spinful and vortical fluid: Entropy current analysis and transport coefficients
4. Hooman Mortazavi [2022]
   • Thesis: The effect of rotation on the magnetic dual chiral density wave phase
5. Mehrnoosh Rahbardar [2021]
   • Thesis: Instability in relativistic chiral magnetohydrodynamics
6. M. Hossein Gholami [2019]
   • Thesis: Vacuum charge in a magnetized and rotating quark matter
7. Ali Hosseinzadeh [2018]
   • Thesis: Study of many body systems of relativistic particles using nonequilibrium quantum field theory
8. Abdollah Jamshidi [2018]
   • Thesis: On the effect of background electromagnetic fields and chiral chemical potential on the phase diagram of quantum chromodynamics
9. Yasaman Hosseini [2018]
   • Thesis: Dilepton production and synchrotron radiation in a magnetized quark-gluon plasma
10. Alireza Jalooli [2014]
    • Thesis: Shear viscosities of a hot Fermi gas in the presence of a strong magnetic field
11. S.M. Ali Tabatabaee [2013]
    • Thesis: Effective action of nonlocal Nambu-Jona-Lasinio model in a constant magnetic field
12. Babak S. Kasmaei [2012]
    • Thesis: On the effect of ring diagrams on the QCD phase diagram
13. Ouraman Hajizadeh [2012] (Co-supervised with Prof. S. Rouhani)
    • Thesis: Study of the NJL-model phase diagram at finite temperature and chemical potential
14. Amin Barzegar [2011]
    • Thesis:Effect of fluctuations of quantum chromodynamics topological charge on the dispersion relation of the NJL model
15. Farid Taghinavaz [2011]
    • Thesis: Magnetic susceptibility of quark matter in the presence of a nonhomogeneous magnetic field at finite temperature and chemical potential
16. Saeedeh Sadeghian [2010]
    • Thesis: The kinetic term of the effective action in the NJL model in a background magnetic field at finite tempeature and chemical potential
17. Zohreh Davoodi [2009]
    • Thesis: The effect of second order dissipation on the sound velocity in quasi-QCD plasma using the effective potential of the linear sigma model
18. Kiyoumars Sohrabi Anaraki [2009]
    • Thesis: QED ring diagrams in background magnetic field at finite temperature
19. Davoud Allahbakhshi [2007]
    • Thesis: On the photon splitting in quantum electrodynamics in the presence of a strong magnetic field in the lowest Landau level approximation
20. Aidin Sodeiri-Jalili [2006]
    • Thesis: Vacuum structure of effective theories in the presence of a strong magnetic field in the lowest level approximation
21. Amir Jafari-Salim [2005]
    • Thesis:On the relation between noncommutative gauge theory and quantum field theory in the presence of background magnetic fields
22. Mahdiyar Noorbala [2005]
    • Thesis: Trace anomaly and the contribution of planar and nonplanar diagrams on the beta-function of noncommutative quantum electrodynamics
23. Masoud Soroush [2002]
    • Thesis: Noncommutative dipole quantum electrodynamics
24. Mojtaba Mohammadi Najafabadi [2002]
    • Thesis: Trace anomaly and the beta-function of noncommutative quantum electrodynamics