Research

In my research I specialized in electronic properties of inorganic and organic semiconductor for photovoltaic, LEDs, and quantum computing applications using molecular spectroscopy techniques. 

I had a pleasure to lead and participate in international collaborative researches with.

Ludwig Maximilian University of Munich, Germany 

Optoelectronic properties of novel semiconductor quantum dots for improved light output in lighting applications (QLEDs).

University of Utrecht, Netherlands 

From macro to quantum – when material stops behave normally and become quantum.  Or What challenges the performance of next generation of nano meters sized processors.

ETH Zurich, Switzerland 

Optoelectronic properties and charge recombination dynamics in perovskite semiconductors, the materials that outperform traditional silicon solar cells in efficiency of solar energy to electricity conversion.

 Columbia University, USA

Quantum properties and charge recombination processes of unique 2D single layer semiconductor with potential for quantum computing application

Technion, Haifa, Israel 

Charge recombination dynamics and electroluminescence in organic light-emitting diodes (OLEDs).