Project Manager, Main Principal Investigator | |
Position: | Director of Center of Excellence for Innovative Technologies and Nanoegineering, Head of the Department of Applied Physics and Nanomaterials Science |
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Scientific degree: | Dr.Sci. (Dr. hab.) in Solid State Physics, obtained in 2010; Íàbilitation of Dr.Sci. in Electronics and Fotonics, obtained in 2014 (Poland) |
Academic status: | Professor |
Area of Research: | Material Science and Nanoengineering, Optical and quasi-optical technologies, Crystalophysics and Crystalooptics, experimental investigation of parametric optical effects in crystalline materials, the study of spatial anisotropy of electrical, piezoelectric and acousto-optical interactions in crystals. |
Homepage: | Wikipedia Page |
Senior Researcher, Web Specialist | |
Position: | Associate Professor of "Computer-Aided Design" | Scientific degree: | PhD |
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Academic status: | Associate Professor |
Area of Research: | • Theoretical calculation of metamaterials using CST Wicrowave Studio and their experimental investigation • automation of measurement setups using LabVIEW • development of methods and tools for measuring the dielectric permittivity of materials in different frequency ranges • transformation and pattern recognition using MatLab • development of algorithms for 2D/3D images recognition |
Homepage: | LinkedIn Account |
Leading Specialist | |
Position: | PhD, Associate Professor of "Telecommunication Department" |
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Area of Research: | Investigation of phase shifters in crystalline materials for better control of e/m beam at millimeter wavelengths, the study of electro- and piezooptic effects to control the refractive index change and the development of appropriate software. |
Homepage: | LinkedIn Account |
Senior Researcher | |
Position: | Professor of "Semiconductor Electronics Department" | Scientific degree: | Dr.Sci. (Dr. hab.) |
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Academic status: | Professor |
Area of Research: | Crystal physics, crystal optics, Laser Technique. The mathematical modeling and simulation of the processes in crystals and optoelectronics devices. The mathematical approach to optimization of the material properties and parameters of devices. |
Homepage: | LinkedIn Account |
Project participant, researcher | |
Position: | Senior Lecturer of Applied Physics and Nanomaterials Department | Scientific degree: | Candidate of Physical and Mathematical Sciences |
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Area of Research: | Materials science and nanoengineering materials. Researcher of electrical and piezo-optical properties of crystals. Îptical technologies. |
Homepage: | LinkedIn Account |
Researcher | |
Position: | Senior Lecturer of Applied Physics and Nanomaterials Department |
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Area of Research: | Physics of semiconductors and dielectrics; Optics of layered structures and developed surfaces; Photovoltaics based on binary and ternary compounds; Plasmon resonance and its application in solar cells; Nanomaterials and nanotechnologies; Laser action on materials. |
Homepage: | LinkedIn Account |