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Šarūnas Mickus, duration of the studies 2025.10.01–2029.09.30
Scientific supervisor – dr. Karolis Ratautas
Theme: Surface functionalisation using advanced methods for ultrashort-pulse-laser beam shaping and high-speed scanning
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Aleksandra Širvinskytė, duration of the studies 2025.10.01–2029.09.30
Scientific supervisor – dr. Nerija Žurauskienė
Theme: Formation of field effect transistors from 2D nanostructures for detection of SARS-CoV2 variants of concern and other viruses
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Lukas Razgūnas, duration of the studies 2025.10.01–2029.09.30
Scientific supervisor – dr. Genrik Mordas
Theme: Research of the material compatibility in additive manufacturing
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Andrej Mankievich, duration of the studies 2025.10.01–2029.09.30
Scientific supervisor – dr. Alexandr Belosludtsev
Theme: Deposition and investigation of precise metal-dielectric coatings
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Giedrė Čepurnaitė, duration of the studies 2025.10.01–2029.09.30
Scientific supervisor – dr. Jan Devenson
Theme: Advanced antimonide-based material systems for high-speed optoelectronic devices in the telecom wavelength range
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Jaunius Berškys, duration of the studies 2025.10.01–2029.09.30
Scientific supervisor – dr. Jan Devenson
Theme: InGaAsSb-based photomixers for extended wavelength range applications
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Jorge David Bolanos Calvo, duration of the studies 2025.10.01–2029.09.30
Scientific supervisor – dr. Romualdas Trusovas
Theme: Laser-induced graphene (LIG) for piezoresistive sensor applications
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Hatice Sema Polat, duration of the studies 2025.10.01–2029.09.30
Scientific supervisor – dr. Karolis Ratautas
Theme: Ultrashort-pulse-laser activation and catalytic metal seeding for high-density conductive interconnects in glass
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Bilal Islam, duration of the studies 2024.10.01–2029.01.31
Scientific supervisor – dr. Genrik Mordas
Theme: Application of 3D printing technologies for the production of lightweight components
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Lucciano Antonio Letelier Carreño, duration of the studies 2024.10.01–2028.09.30
Scientific supervisor – dr. Lina Grinevičiūtė
Theme: Investigation and application of submicron periodic structures for formation of optical elements
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Zeenat Fatima Iqbal, duration of the studies 2024.10.01–2029.07.31
Scientific supervisor – dr. Julija Baltušnikaitė-Guzaitienė
Theme: Development and research of intelligent textile compositions
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Rodrigas Liudvinavičius, duration of the studies 2024.10.01–2028.09.30
Scientific supervisor – dr. Evaldas Stankevičius
Theme: Formation of hybrid plasmonic mode-generating derivatives by direct laser writing and investigation of their optical response
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Ignas Pikas, duration of the studies 2024.10.01–2028.09.30
Scientific supervisor – dr. Lina Grinevičiūtė
Theme: Specialized IBS optical coatings for quantum computing systems
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Benas Stanionis, duration of the studies 2024.10.01–2028.09.30
Scientific supervisor – dr. Vaidas Pačebutas
Theme: Bismid layers and structures for mid-infrared and THz emitters
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Arnas Vyšniauskas, duration of the studies 2024.10.01–2028.09.30
Scientific supervisor – dr. Paulius Gečys
Theme: 3D laser processing of polymers with ultrashort pulsed lasers
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Nikitina Julianija, duration of the studies 2023.10.01–2027.09.30
Scientific supervisor - dr. Lina Grinevičiūtė
Theme: Investigation and application of periodically modulated optical coatings for laser light control
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Stravinskas Karolis, duration of the studies 2023.10.01–2027.09.30
Scientific supervisor - dr. Genrik Mordas
Theme: Research and development of lightweight components and their fabrication by additive manufacturing
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Balkauskas Dainius, duration of the studies 2023.10.01–2027.09.30
Scientific supervisor - dr. Alexandr Belosludsev
Theme: Optimization of magnetron sputtering technology for optical coating formation
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Astrauskytė Darija, duration of the studies 2022.10.01–2026.09.30
Scientific supervisor - dr. Lina Grinevičiūtė
Theme: Formation of thin dielectric layers on structured elements using atomic layer deposition technology
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Jelinskas Tadas, duration of the studies 2022.10.01–2026.09.30
Scientific supervisor - dr. Artūras Ulčinas
Theme: Atomic force microscopy methods for investigation of structural and viscoelastic properties of living cells on biomimetic substrates
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Petrikaitė Vita, duration of the studies 2022.10.01–2026.09.30
Scientific supervisor - dr. Evaldas Stankevičius
Theme: Synthesis of hybrid nanoparticles using laser-induced heat treatment of thin films
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Vilkevičius Kernius, duration of the studies 2022.10.01–2026.09.30
Scientific supervisor - dr. Evaldas Stankevičius
Theme: Formation of plasmonic metal structures using laser technologies
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