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NANO-PHOTONICS LABORATORY 

Research

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In nanophotonics lab we research is directed towards the development of new photonic devices and applications utilizing light-matter interactions in the nanoscale. Our most recent work has focused on metasurfaces and Lead-Halide Perovskite devices. Metasurfaces are nano-structured surfaces which allow for controlling all aspects of light and electromagnetic waves – amplitude, phase, polarization and more. Such properties render metasurfaces the ultimate tool for controlling and manipulating light, paving the way to new and exciting applications such as 3D displays, AR/VR visors, flat optical components and many more. Lead-Halide perovskites are solution applied semiconducting materials exhibiting direct and tunable bandgap. Together with their ease of processing this family of materials exhibit great promise to a new class of light sources which can be tuned across the whole visible range as well as highly efficient solar cells.

The Team

Latest Publications

Algorithm for solving a pump-probe model for an arbitrary number of energy levels

We describe a generalized algorithm for evaluating the steady-state solution of the density matrix equation of motion, for the pump-probe scheme, when two fields oscillating at different frequencies couple the same set of atomic transitions involving an arbitrary number of energy levels, to an arbitrary order of the harmonics of the pump-probe frequency difference. We developed a numerical approach and a symbolic approach for this algorithm.

Contact Us

MSc and PhD positions are open for enthusiastic students.

kobys@eng.tau.ac.il
+972-3-6407559

30 Haim Levanon st., Ramat Aviv

Tel Aviv 69978

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