Vilnius University has over 160 research teams, which are acknowledged across the globe. University researchers are equipped with world-class equipment and infrastructure and can obtain the best possible results.
Explore our research teams:
Recognition in remote sensing images. The group has developing the new techniques for the recognition of objects in remote sensing images. The techniques are based on the use of deep learning and convolutional and transformer neural networks.
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Our team intensively works on two strong research areas.Our first task is biocontrol of human pathogenic microorganisms.Another research area of ours is development and improvement of new different biocatalysts by protein engineering methods.
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The group’s scientific interests cover interdisciplinary research field.The group’s scientific interests cover interdisciplinary research fieldaiming to create and develop new methods and technologiessuitable for early diagnostics and combined treatment of cancerousand rheumatic diseases.
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This research team is focused on development and validation of trauma exposure measures; epidemiological studies, psychological assessment measures and risk and protective factors for stress-related disorders; research of social risk groups and eHealth interventions.
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This research group is interested in developing new quantitative evaluation indicators and intelligent models, designing the advertising scenarios for E-shops surfers, evaluating the influence of market news, generated in various media and social information sources and etc.
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The group focuses on techniques, instruments and processes that organizations employ to create ethical culture, foster employee creativity and develop sustainable innovations, long-lasting cross-sectoral partnerships and social entrepreneurship.
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The research group is focused on development of GaN photonic devices for sensor, non-linear optics, quantum technology applications, including optical circuits. Besides this group is interested in GaN nanostructures (nanodots, nanoneedles) technology with a focus on various applications in biosciences (selection, killing and labeling of the molecules, etc.).
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The aim of this scientific group research is to develop and investigate methods and techniques for intelligent data mining, visualization and image processing that allows solving complex problems of knowledge discovery in big data era.
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This research team is focused on analysis of ground and excited states of organic electronic systems, such as carotenoids and similar synthetic compounds containing allowed and forbidden electronic states, as well as studying Raman spectra of these systems. Dynamical characteristics of excited states and proton transfer ability by conjugated systems as well as electronic structure of graphene layers are also issues of interest.
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The research group is focused on development of non-invasive electrochemical and optical glucose biosensors for the detection of glucose body fluids; application of different glucose oxidases, various electron transfer mediators, gold nanoparticles of different size or gold nanostructured surfaces.
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Research team is experienced in formation of inorganic, organic, hybrid and composite layers and structures from solid state, material solutions and gaseous state using vacuum thermal deposition, spin, coating, casting and CVD processes.
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This research group develops and optimises MOCVD process and equipment for the growth of films of transparent conductingoxides, mixed electronic-ionic conductors, coated conductors, dielectric, ferro-/piezo-electric, magnetoresistant, superconducting and other functional oxides with improved properties, including epitaxial multilayered heterostructures with new combined functionalities, for applications in micro-, opto-, acusto-electronics and other fields.
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The group offers material and device characterization services in semiconductors of various technologies: Si, Ge, Si-Ge, GaAs, GaN, CdS, ZnSe, diamond, etc.; organic and polymeric materials (such as alanine, PEN); solar cells, LEDs, power PIN diodes and thyristors, particle detectors.
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The group explores possibilities of reversible deactivation radical polymerization, click-chemistry and selective modification of polymers which allows the synthesis of amphiphilic multiblock brush copolymers, polyelectrolytes, targeted chitosan derivatives, poly(vinyl alcohol) based polyurethane microparticles and microcapsules, and polydimethylsiloxane modified elastomers.
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The group studies effects of environmental factors such as temperature, pressure, pH, prions, macromolecular crowding, and the presence of different organic solvents, ligands and biomolecules on aggregation kinetics, thermodynamic stability, and structural properties of amyloid-like fibrils. We believe that only comprehensive knowledge of all factors may give genuine understanding of mechanisms of amyloid self-replications and thus proteinaceous infectivity.
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The group focuses on the assessment of the impact of unequal income on the sustainable development of economy, sustainable energy and its connection with the aspects of climate change,sustainable development on the quality of life, the sustainable urban development, labour market, the implementation of gender equality, institutional change management, issues of sustainable energy and sustainable innovations.
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The research focuses on the tunable multiferroic materials attractive for various kinds of sensors and/or actuators, carbon-based nanocoatings perspective for electromagnetic shielding applications and new kind of nanoelectronics, composites and hybrid organic-inorganic materials, which have the possibility to combine various physically different properties in the same material and even induce the coupling between them leading to various multifunctionalities.
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Research team is using microfluidic droplets as a tool to analyze, profile and even selectively purify single-cells, sequence individual cells in clinical samples, screen antibody producing B-cells, perform digital DNA quantification, and many more biological and biomedical applications.
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Research team focuses on the discovery and engineering of biocatalysts with properties for potential industrial application and development of efficient biocatalytic routs for producing the high-added value products from bio-based raw materials or industrial by-products.
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The group focuses on understanding of molecular basis underlying the antibiotic resistance in clinic and in the environment with the emphasis on novel resistance mechanisms, on pathogenesis of opportunistic gram-negative pathogens and on bacterial toxin-anti toxin systems.
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The group focuses on strategies offered by perceptual dialectology, which allows the formation of the generalized image of the dialectal discourse and the identification of the perceptual isoglosses that mark the boundaries of the dialect continuum in the consciousness of the native speakers and appraisers.
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