Ivan Shishkin Email & Phone Number

Виллах, Каринтия, Австрия

Санкт-Петербург, Россия

Direct laser writing for photonic applications – fabrication of photonic crystal structures, diffraction gratings, micro-optical elementsWet chemistry methods – development of method for infiltration of polymer micro scaffolds with perovskitesLaser ablation methods – development of few-pulse ablation for processing of perovskite thin films for microdisk lasers, phase-change memory alloys, thin film patterning for photonic applications, development of multilevel gray-writing on thin filmsMicro-photoluminescence and nonlinear measurements – photoluminescence characterization of nanowire lasers, upconversion measurements of rare-earth phosphors

Tel Aviv Area, Israel

Assistance in setting up optical lab (optical tweezers, microscopy, laser sources and spectrometers) – equipment selection & purchasing, setup constructionDiffractive-optics for optical trapping – developed design of Fresnel lens with polarization-sensitive focus position (tested in microwave range), demonstrated polarization-enabled on-axis switching the optical trapping positionAuxiliary microtools for live cells optical manipulation – developed and tested DLW-fabricated microtools for live cell trapping, demonstrated out-of-plane rotation possibilities for cell imagingα-helix – β-sheet phase transition kinetics studies in FFF-peptide system – measurement of transition kinetics under different initial temperatures by photoluminescence change, photoluminescence decay lifetimes for band structure assessmentVaterite-based targeted drug delivery platform – developed optical instrumentation for submicron article optical characterization, studied homogeneity of introduced cargoesSupervised M.Sc and PhD student projects

Assistance in commissioning of Direct Laser Writing lab -- machine selection and acquisition, purchasing of femtosecond laser source, preparation of room for optical laboratory, installation & maintenanceDirect laser writing – fabrication of optical whispering gallery mode microcavities and WGM-based add-drop filters by DLWNumerical modelling (CST Microwave Studio) – plasmonic particle resonance tuning, nearfield scattering from single nanoholes, transmittance of WGM-cavity-based add-drop filters

Doctor Of Philosophy - Phd, Solid-State Physics

Магистр, Микроэлектроника

Бакалавр, Техническая Физика