Welcome to the Physics of Electronic Devices (POEM) Group Located at the Amir-alam Electronic Materials Lab Our laboratory was proudly established through the generous support of our benefactors, with special gratitude to the Amir-alam family, whose vision has helped make our research possible. Our Vision Our research is driven by a deep inspiration to uncover how mother nature works and to translate that fundamental knowledge into real-world applications that contribute to building a sustainable society. We believe that experimental condensed matter physics holds the key to overcoming critical global challenges, such as clean energy production and smart, efficient energy consumption. What We Do The emerging fields of semiconducting organic, inorganic, and molecular materials provide immense potential for developing electronics that support nature-friendly energy harvesting systems. At the POEM group, we conduct comprehensive experimental and modeling research on the next generation of electronic devices. Our core research areas and technical expertise include: * Electronic Materials & 2D-Materials * Nano-devices & Light-Matter Interaction * Next-Generation Solar Cells * Quantum Dot Light-Emitting Diodes (QD-LEDs) * Memristors & Neuromorphic Computing Components * Solid-State Wearable (Micro-)Supercapacitors By bridging the gap between fundamental physics and applied engineering, we strive to design and develop the smart, sustainable electronic devices of tomorrow.
Electronic materials, 2D Electronics, Nano-devices, Light-matter interaction, QD-LEDs, Solar-cells, Memristors, Solid-state wearable (micro-)supercapacitors
Top-master in Nanoscience
Studying magnetic properties of Ni based organic-inorganic hybrid using optical methods and Raman scattering
Electronic Materials
Reduction of loss processes in polymer light-emitting diodes
Solid State Physics
Advanced Semiconductor Physics
Classical Mechanics
Quantum Physics
Optical Properties of solids
Condensed Matter Physics
Electromagnetism
An Introduction on physics of semiconductors
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