| Source of funding | Project duration | Project title | Project coordinator |
| Research Council of Lithuania | 2024-2025 | Development of new cost-effective optical sensor for label free monitoring of specific biomolecule interactions (No. S-LU-24-3) | A. Belosludtsev |
| Research Council of Lithuania | 2022-2025 | Fully inorganic periodic nanostructures based on porous coatings (No. S-MIP-22-80) | L. Grinevičiūtė |
| Research Council of Lithuania | 2022-2024 | Research on plasma assisted deposition of hafnia and silica films for development of low stress and highly laser damage resistant optical coatings | G. Abromavičius |
| MITA | 2021-2022 | Development of laser collimator prototype for ultra-high power NIR applications | L. Grinevičiūtė |
| EU | 2020-2023 | New optical Components based on nanostructured dielectric thin films designs for application in MicroLasers | T. Tolenis |
| UAB Altechna | 2021-2022 | Prototyping of high-reflective coatings with ultra-low absorption for laser 355 nm wavelength radiation | R. Buzelis |
| EU | 2020-2022 | Investigation of plasma etching of optical substrates | G. Abromavičius |
| Research Council of Lithuania | 2020-2022 | Unique anisotropic Coatings for phase and polarization control in high Power laser systems | T. Tolenis |
| Agency for Science, Innovation and Technology | 2019-2020 | Formation of spatial filters for quality control of laser light based on optical coatings | T. Tolenis |
| EU | 2018-2019 | Development of new optical coatings for infrared radiation using germanium thin layers (GeDang, 09.3.3.-LMT-K-712-10-0040) | A. Belolsudtsev |
| UAB Optoman | 2018 | Si / Ge / Al2O3 and SiO2-based coatings deposited by magnetron sputter technology and their optical, structural characterization in IR (1-5 μm) range | A. Belolsudtsev |
| EU | 2017-2018 | Project Nr. 09.3.3-LMT-K-712-03-0026. Development and investigation of aluminum oxide / aluminum nitride -based coatings prepared by reactive magnetron sputtering (ReMAlON) | A. Belolsudtsev |
| EUA | 2016-2018 | ESPRESSO – ESsential PREparation steps for qualification longevity of Space Optics | UAB Lidaris |
| EU | 2018 | Project Nr. 09.3.3-LMT-K-712-03-0052. Zero-degree light angle polarizers, formed on the basis of sculptural coatings | T. Tolenis |
| UAB Optogama | 2018 | Investigation of optical and structural characteristics of CrO2 and SiO2 thin films by forming physical and chemical coating technologies | T. Tolenis |
| UAB Optolita | 2017-2018 | Prototype development and investigation of sculptural thin layer-based, transparent and high-reflection optical coatings in the UV spectral range | T. Tolenis |
| UAB Integrated Optics | 2016-2018 | Development of technology and study of the zero-degree light angle polarizators for 1064 nm wavelength | T. Tolenis |
| UAB Optida | 2017-2018 | Development of high-damage threshold antireflective optical coatings at 1064 nm on undoped YAG crystals technology and investigation of optical properties of elements | A. Belolsudtsev |
| UAB Altechna | 2017 | Creation of anti-reflective coatings prototype on SPINEL crystals with extremely high laser radiation resistance at 1535 nm wavelength. | K. Juškevičius |
| UAB Optolita | 2017 | Sculptural thin layer-based anti-reflective and high-reflective optical coatings in the UV spectral range prototype development and investigation. | T. Tolenis |
| UAB Optida | 2017 | Investigation of the resistance of the coatings formed on the ends of the optical fibers to environmental effects. | S. Kičas |
| UAB MGF Šviesos konversija | 2017 | Investigation of negative group velocity dispersion mirrors with a very high (3000-5000 fs2) narrow spectral width dispersion. | S. Kičas |
| UAB Optolita | 2017 | Investigation of high-damage threshold anti-reflective coatings on nonlinear crystals using production of nano-sculptured layers technologies. | R . Buzelis |
| UAB Optida | 2016 | Investigation of TI3O5 thin film properties and resistance to laser radiation dependence on assisted plasma source parameters. | R. Drazdys |
| UAB Optida | 2016 | Research to create and optimize reactive magnetron sputtering (RMD) technology for producing HfO2 and ZrO2 layers by sputtering metal hafnium and zirconium. | R. Buzelis |
| UAB MGF Šviesos konversija | 2016 | Investigation of laser radiation resistance of optical coatings with 600 fs2 group velocity dispersion. | R. Drazdys |
| UAB MGF Šviesos konversija | 2016 | Investigation of resistance of optical coatings with managed group delay dispersion to laser radiation. | R. Drazdys |
| UAB Optida | 2015 | Investigation of optical and physical properties of thin metal oxides films formed by reactive magnetron sputtering technology. | R. Drazdys |
