Email: d.abbaszadeh[at]iasbs.ac.ir
Tel: +98 - 24 3315 2114
Office: Physics Department - #114
Email: erfan.shaker[at]iasbs.ac.ir
Tel: +98 - 24 3315 3489
Office: Physics Department - #152
Project: Micro-supercapacitors
Email: m.norozinezhad[at]iasbs.ac.ir
Tel: +98 - 24 3315 3489
Office: Physics Department - #152
Project: Quantum-dot Light Emitting Diodes
Email: m.ghavamipour[at]iasbs.ac.ir
Tel: +98 - 24 3315 3489
Office: Physics Department - #152
Project: Organic & Hybrid Light Emitting Diodes
Email: h.zafarkish[at]iasbs.ac.ir
Tel: +98 - 24 3315 3489
Office: Physics department - #152
Project: Supercapacitors
Email: ma.asa[at]iasbs.ac.ir
Tel: +98 - 24 3315 3489
Office: Physics department - #152
Project: Memristors
Email: haghshenasfateme[at]iasbs.ac.ir
Tel: +98 - 24 3315 3489
Office: Physics department - #162
Project: Organic Memristors
Email: shahriarm[at]iasbs.ac.ir
Tel: +98 - 24 3315 3489
Office: Physics department - #163
Project: Perovskite Solar Cells
Email: maralf[at]iasbs.ac.ir
Tel: +98 - 24 3315 3489
Office: Physics Department - #152
Project: Organic Memristors
Email: najmeh.zare[at]iasbs.ac.ir
Tel: +98 - 24 3315 3489
Office: Physics Department - #152
Project: Organic Memristors
Email: I.ahmadzai[at]iasbs.ac.ir
Tel: +98 - 24 3315 3892
Office: Physics Department - #163
Project: Solar Cells
The Device-Physics of Electronic Materials (D-POEM) group is the experimental condensed matter branch of the Physics Department at the IASBS. We study electron transport in organic and hybrid organic-inorganic nanostructured materials using experimental methods. Beside this, to deploy the physics of these materials we try to model the obtained measured results numerically. We aim to work on the state-of-the-art topics and materials that are used to make the new types of photovoltaics, light-emitting diodes, memristors, supercapacitors, etc. For this, we have made several collaborations with some very prestigious groups in Iran and outside of Iran. Want to join? Contact us!
