Gholamhosain Haidari

RESEARCH INTERESTS 

In general, the interaction of light with matter mainly consists of thin films, nanostructures, plasmonics, and its application such as photovoltaics ( like organic and perovskite solar cells), biosensing and photocatalysts through experimental studies and optoelectrical modelingsimulations

• Experimental part • 

physical and chemical Thin film deposition such as thermal evaporation, scattering, spin coating, dip coating, chemical bath deposition, chemical reduction • characterization methods of nanostructure such as AFM, SEM, XRD, and Spectroscopy beside their related software such as ImageJ, Gwyddion, and Xpert HighScore. • Characterization method of electro-optic devices such as a solar cell (I-V, Quantum efficiency (QE)) • Working in Glowbox, vacuum, and ion implantation environment. • Simulation part 

1-optical simulation Numerical solving of Maxwell's equation by FDTD technique, Transfer matrix method (TMM), effective medium theory, somewhat quantum optic simulation.

 2-Electronical simulation Numerical solving of Poisson, Drift-Diffusion, and Continuity equations of the semiconductor.

 3-Optoelectronic simulation Combined optical and electrical parts for optoelectronic devices such as solar cells and LEDs.

4-Softwares • General ones: Window and Linux OS, Origin, Matlab, Mathematica, Labview, Python and C++ programming, Photoshop. • Professional ones: Meep, Lumerical, Comsol, Origin, SCPAS-1D, and somewhat data science with python.

Doctor of Philosophy -Physics University of Isfahan, Iran 2015 

Study the plasmonic effect on the efficiency of OSC (Experimentally and by simulation)