| No. | Student | Date of Defence | Field | Topic | Supervisor/ Advisor | 
  | 12 | Fariba Afaridandeh | _OCTOBER  2015 | nano physics | Effect of the nano-particle arrangement on the radiative heat transfer in many-body systems | SuperVisor | 
  | 11 | Omid Ramezan Choubdar | _SEPTEMBER  2015 | nano physics | Radiative heat transfer in aoisotropic many-body systems | SuperVisor | 
  | 10 | Zahra Eskandari | 2017 | physics | D ynamics of R adiative H eat Transfer in N anoscale: Bifurcation and Thermal M emories | SuperVisor | 
  | 9 | Kamyar Tavakkoli | 0 | physics | Radiative thermal Memories | SuperVisor | 
  | 8 | Mahsa Jafari | 2017 | nano physics | Radiative heat transfer and Negative fefractive index material | SuperVisor | 
  | 7 | Samira Kazemi | 0 | nano physics | Percolasion in radiative heat transfer | SuperVisor | 
  | 6 | Atousa Mansouri | 0 | nano physics | Scaling properties in radiative heat transfer in many-body system | SuperVisor | 
  | 5 | Servieh Ahmadian | 0 | nano physics | Radiative heat transfer in fractal nano structures | SuperVisor | 
  | 4 | Sara Hosseini | 0 | physics | radiative heat rectification at the nanoscale | SuperVisor | 
  | 3 | Shamim Kahrizi | 0 | nano physics | Kerker condition in the radiative heat transfer | SuperVisor | 
  | 2 | Nasim Rashidi | 0 | physics | Supper diffusion and sub diffusion in radiative heat transfer in many-body systems | SuperVisor | 
  | 1 | Neda Mostafavian | In progress | Nano-Physics | Radiative Thermal Pomp | SuperVisor |