Development and investigation of nano-devices’ properties. Research of non-linear optic effects application in biological studies.• Design and development of nanostructures allowing directing and perturbing the collective plasmonic behavior. • Numerically and experimentally investigation of various plasmonic structures (plasmonic lenses, plasmonic antennas, subwavelength super-transmission structures, metallic nanoparticles) using sophisticated simulation and experimental near field scanning tools. • Development and application of extra-accurate nano-writing technique of Fountain Pen Nanolithography into the investigated nanostructures with nanoscale resolutions.• Membrane lipids dynamics investigation during the membrane opening with high power femtosecond laser pulses using exclusively built beam scanner system.

Working in laboratory in the field of Microscopy and Non-Linear Optics in Givat Ram and Haddassah Ein Kerem.Research of biological tissues using Non-Linear Optical Microscopy. • Investigation of olfactory receptors of C.elegans with method of non-linear response of the dye due to changes in the membrane potential of olfactory neurons within alive worm.• Developing of the delicate nail fungus removal method using pulsed laser with extremely short pulses.

Research in the field of semi-insulating semiconductors in P.E.R.I. Institute (Israel) in collaboration with Max-Planck Institute, CNRS (Grenoble,France).Researching of the semi-insulating semiconductor material behavior.• Revealing of “hidden” low frequency oscillations within semi-insulating GaAs during numerical calculations of its behavior.