Projects - Institute of Materials Science | KTU https://materials.ktu.edu/projects/ KTU Wed, 08 Apr 2026 23:25:30 +0000 en-US hourly 1 Evaluation of Multimodal-GEM Detector for Advanced Radioisotope Quantification in Clinical Settings (MULTI-GEM) https://materials.ktu.edu/projects/evaluation-of-multimodal-gem-detector-for-advanced-radioisotope-quantification-in-clinical-settings-multi-gem/ Tue, 31 Mar 2026 23:24:42 +0000 https://materials.ktu.edu/projects/evaluation-of-multimodal-gem-detector-for-advanced-radioisotope-quantification-in-clinical-settings-multi-gem/ The MULTI-GEM project represents a transformative leap in nuclear medicine by repurposing Gas Electron Multiplier (GEM) technology, originally engineered for particle tracking at CERN, into a multimodal clinical tool for the precise characterization of radioisotopes. Current clinical standards rely on ionization chambers and Geiger-Müller counters, which are highly sensitive to the geometry factor. This limitation […]

The post Evaluation of Multimodal-GEM Detector for Advanced Radioisotope Quantification in Clinical Settings (MULTI-GEM) appeared first on Institute of Materials Science.

]]> The post Evaluation of Multimodal-GEM Detector for Advanced Radioisotope Quantification in Clinical Settings (MULTI-GEM) appeared first on Institute of Materials Science.

]]> Photogating-Enhanced NIR Graphene Photodetector with Integrated Dielectric Metasurface and Plasmonic Layer for Border Surveillance https://materials.ktu.edu/projects/photogating-enhanced-nir-graphene-photodetector-with-integrated-dielectric-metasurface-and-plasmonic-layer-for-border-surveillance/ Fri, 23 Jan 2026 00:24:33 +0000 https://materials.ktu.edu/projects/photogating-enhanced-nir-graphene-photodetector-with-integrated-dielectric-metasurface-and-plasmonic-layer-for-border-surveillance/ The goal of this project is to develop a near-infrared graphene photodetector for border monitoring and control. The sensitivity of the device is increased by applying the photogating effect, dielectric metasurfaces for light concentration and plasmonic nanolayer for strengthening the local electric field. The combination of these solutions allows to ensure high sensitivity (responsivity) of […]

The post Photogating-Enhanced NIR Graphene Photodetector with Integrated Dielectric Metasurface and Plasmonic Layer for Border Surveillance appeared first on Institute of Materials Science.

]]> The post Photogating-Enhanced NIR Graphene Photodetector with Integrated Dielectric Metasurface and Plasmonic Layer for Border Surveillance appeared first on Institute of Materials Science.

]]> Multifunctional antibacterial air filtration layer https://materials.ktu.edu/projects/multifunctional-antibacterial-air-filtration-layer/ Fri, 16 Jan 2026 00:23:56 +0000 https://materials.ktu.edu/projects/multifunctional-antibacterial-air-filtration-layer/ Project goal – to develop and commercialize innovative antibacterial multifunctional filters that effectively purify air and ensure durability. The core technology is a layer of branched ZnO nanoparticles, which provides the filters with antibacterial properties and enhances their efficiency and resistance. The project will include several key stages: technology development, prototype testing under real conditions, […]

The post Multifunctional antibacterial air filtration layer appeared first on Institute of Materials Science.

]]> The post Multifunctional antibacterial air filtration layer appeared first on Institute of Materials Science.

]]> Intelligent Automation as a Structuring Force in Deeptech Innovation: Institutional Pathways, Transfer Logics, and Actor Coordination https://materials.ktu.edu/projects/intelligent-automation-as-a-structuring-force-in-deeptech-innovation-institutional-pathways-transfer-logics-and-actor-coordination/ Thu, 11 Dec 2025 11:59:32 +0000 https://materials.ktu.edu/projects/intelligent-automation-as-a-structuring-force-in-deeptech-innovation-institutional-pathways-transfer-logics-and-actor-coordination/ The post Intelligent Automation as a Structuring Force in Deeptech Innovation: Institutional Pathways, Transfer Logics, and Actor Coordination appeared first on Institute of Materials Science.

]]> The post Intelligent Automation as a Structuring Force in Deeptech Innovation: Institutional Pathways, Transfer Logics, and Actor Coordination appeared first on Institute of Materials Science.

]]> Development of Multifunctional Nanofibre Composite Membranes for Air Filtration (NANOFILT) https://materials.ktu.edu/projects/development-of-multifunctional-nanofibre-composite-membranes-for-air-filtration-nanofilt/ Thu, 11 Dec 2025 11:59:31 +0000 https://materials.ktu.edu/projects/development-of-multifunctional-nanofibre-composite-membranes-for-air-filtration-nanofilt/ NANOFILT tackles air polution by developing next-generation nanofibre composite membranes for more efficient, durable, and cost-effective air filtration. The project will design and characterize new composites, build predictive models, and validate performance in real-world settings, combining lab work with computational modelling and an industry secondment. Outcomes will include improved filtration solutions for residential, industrial, and […]

The post Development of Multifunctional Nanofibre Composite Membranes for Air Filtration (NANOFILT) appeared first on Institute of Materials Science.

]]> The post Development of Multifunctional Nanofibre Composite Membranes for Air Filtration (NANOFILT) appeared first on Institute of Materials Science.

]]> Diffractive sweat patch – a diagnostic tool for early diabetic neuropathy (DPP-DND) https://materials.ktu.edu/projects/diffractive-sweat-patch-a-diagnostic-tool-for-early-diabetic-neuropathy-dpp-dnd/ Thu, 11 Dec 2025 11:59:29 +0000 https://materials.ktu.edu/projects/diffractive-sweat-patch-a-diagnostic-tool-for-early-diabetic-neuropathy-dpp-dnd/ Reduced or absent sweating (anhidrosis) is a characteristic feature of diabetic neuropathy, especially seen in the feet or legs of patients with diabetes. Previous studies indicated that prolonged hyperglycaemia causes damage to the nerves that innervate the sweat glands, known as sudomotor denervation. Patients with sudomotor denervation have dry feet, are at high risk of […]

The post Diffractive sweat patch – a diagnostic tool for early diabetic neuropathy (DPP-DND) appeared first on Institute of Materials Science.

]]> The post Diffractive sweat patch – a diagnostic tool for early diabetic neuropathy (DPP-DND) appeared first on Institute of Materials Science.

]]> Towards Single-Photon Detection at Room Temperature: A Graphene Phototransistor with Photogating and Electron Multiplication (PhotoGEM) https://materials.ktu.edu/projects/towards-single-photon-detection-at-room-temperature-a-graphene-phototransistor-with-photogating-and-electron-multiplication-photogem/ Thu, 11 Dec 2025 11:59:27 +0000 https://materials.ktu.edu/projects/towards-single-photon-detection-at-room-temperature-a-graphene-phototransistor-with-photogating-and-electron-multiplication-photogem/ Current single-photon (SP) and photon-number-counting (PNC) detectors face limitations: superconducting detectors (SDs) require cryogenic cooling, while avalanche photodiodes (APDs) suffer from lower efficiency compared to SDs, high bias voltage, and avalanche noise. This project proposes a graphene-based photodetector integrating interfacial photogating with electron multiplication, aiming for high gain, faster response, and lower noise equivalent power […]

The post Towards Single-Photon Detection at Room Temperature: A Graphene Phototransistor with Photogating and Electron Multiplication (PhotoGEM) appeared first on Institute of Materials Science.

]]> The post Towards Single-Photon Detection at Room Temperature: A Graphene Phototransistor with Photogating and Electron Multiplication (PhotoGEM) appeared first on Institute of Materials Science.

]]> Printed neuromorphic computing platform based on Self-organized 3D ZnO tetrapod network (NeuromorPrint) https://materials.ktu.edu/projects/printed-neuromorphic-computing-platform-based-on-self-organized-3d-zno-tetrapod-network-neuromorprint/ Thu, 11 Dec 2025 11:59:24 +0000 https://materials.ktu.edu/projects/printed-neuromorphic-computing-platform-based-on-self-organized-3d-zno-tetrapod-network-neuromorprint/ The NeuromorPrint project introduces a groundbreaking methodology in neuromorphic computing, focusing on the development of a self-assembled 3D ZnO tetrapod network platform. The innovative spray-coating method facilitates scalable and efficient production of ZnO tetrapod networks (TN), mimicking 3D topologies akin to biological neural networks. The project’s scientific contributions encompass advancements in neuromorphic computing capabilities, insights […]

The post Printed neuromorphic computing platform based on Self-organized 3D ZnO tetrapod network (NeuromorPrint) appeared first on Institute of Materials Science.

]]> The post Printed neuromorphic computing platform based on Self-organized 3D ZnO tetrapod network (NeuromorPrint) appeared first on Institute of Materials Science.

]]> ZnO nanoparticle characterization for application in functional devices https://materials.ktu.edu/projects/zno-nanoparticle-characterization-for-application-in-functional-devices/ Thu, 11 Dec 2025 11:59:23 +0000 https://materials.ktu.edu/projects/zno-nanoparticle-characterization-for-application-in-functional-devices/ The project aims at starting the cooperation on the research of ZnO nanomaterials for functional composites with applications in sensors, memristive switching and neuromorphic engineering. Dr. Rackauskas is working on the high-yield synthesis of ZnO nanomaterials, nanowires and nanoparticles, their functionalization and self-assembly into networks, which have a great application potential in optoelectronics and neuromorphic […]

The post ZnO nanoparticle characterization for application in functional devices appeared first on Institute of Materials Science.

]]> The post ZnO nanoparticle characterization for application in functional devices appeared first on Institute of Materials Science.

]]> Novel optical nanocomposite sensors for analysis of micro and macro elements in corn plants (SENS4CORN) https://materials.ktu.edu/projects/novel-optical-nanocomposite-sensors-for-analysis-of-micro-and-macro-elements-in-corn-plants-sens4corn/ Thu, 11 Dec 2025 11:59:20 +0000 https://materials.ktu.edu/projects/novel-optical-nanocomposite-sensors-for-analysis-of-micro-and-macro-elements-in-corn-plants-sens4corn/ The project is targeted to strengthen intersectoral and interdisciplinary collaboration in optical composite nanomaterials for optical chemical sensors. The main project goal is the development of novel optical nanocomposite sensors for the analysis of micro and macro elements in corn plants. We will design a versatile class of organic compounds Schiff bases (SB) and Metal-organic […]

The post Novel optical nanocomposite sensors for analysis of micro and macro elements in corn plants (SENS4CORN) appeared first on Institute of Materials Science.

]]> The post Novel optical nanocomposite sensors for analysis of micro and macro elements in corn plants (SENS4CORN) appeared first on Institute of Materials Science.

]]> Implementation of the activities of the Lithuanian Particle Physics Consortium https://materials.ktu.edu/projects/implementation-of-the-activities-of-the-lithuanian-particle-physics-consortium/ Thu, 11 Dec 2025 11:59:18 +0000 https://materials.ktu.edu/projects/implementation-of-the-activities-of-the-lithuanian-particle-physics-consortium/ The project is intended to carry out activities under the CERNT-LT consortium agreement No. 2021-JV-00095 (8.10.Mr)/(1.79 Mr) SU-1244, concluded on June 28, 2022, and in accordance with the first objective of Lithuania’s Associated Membership Action Plan in the European Organization for Nuclear Research (CERN) for 2022–2027: “To strengthen the R&D potential of particle physics and […]

The post Implementation of the activities of the Lithuanian Particle Physics Consortium appeared first on Institute of Materials Science.

]]> The post Implementation of the activities of the Lithuanian Particle Physics Consortium appeared first on Institute of Materials Science.

]]> Microstructured gaseous electron detectors for registration of ionizing particles https://materials.ktu.edu/projects/microstructured-gaseous-electron-detectors-for-registration-of-ionizing-particles/ Thu, 11 Dec 2025 11:59:16 +0000 https://materials.ktu.edu/projects/microstructured-gaseous-electron-detectors-for-registration-of-ionizing-particles/ The aim of this project is the search for new technologies, materials and structures, research and applications for microstructured gaseous electron detectors. The goal will be pursued in the implementation of the tasks: (1) To select technology and materials for the formation of two-dimensional arrays of a defined geometry on different bases for the electrodes […]

The post Microstructured gaseous electron detectors for registration of ionizing particles appeared first on Institute of Materials Science.

]]> The post Microstructured gaseous electron detectors for registration of ionizing particles appeared first on Institute of Materials Science.

]]> Solid oxide fuel cell: from thin films to whole cell https://materials.ktu.edu/projects/solid-oxide-fuel-cell-from-thin-films-to-whole-cell/ Thu, 11 Dec 2025 11:59:15 +0000 https://materials.ktu.edu/projects/solid-oxide-fuel-cell-from-thin-films-to-whole-cell/ Solid Oxide Fuel Cell (SOFC) is a device that converts chemical hydrogen energy to electrical energy. In this work we are going to produce thin films of anode, cathode and electrolyte materials by electron beam physical vapour deposition (EBPVD) method. The films will be characterized by means of XRD, SEM, Raman spectroscopy and XPS. The […]

The post Solid oxide fuel cell: from thin films to whole cell appeared first on Institute of Materials Science.

]]> The post Solid oxide fuel cell: from thin films to whole cell appeared first on Institute of Materials Science.

]]> Research Infrastructure Access in NAnoscience & nanotechnology (RIANA) https://materials.ktu.edu/projects/research-infrastructure-access-in-nanoscience-nanotechnology-riana/ Thu, 11 Dec 2025 11:59:13 +0000 https://materials.ktu.edu/projects/research-infrastructure-access-in-nanoscience-nanotechnology-riana/ Research in the fields of nanoscience and nanotechnology is vital for sustainability globally: advancement in nanoscience and nanotechnology cannot be achieved without using research infrastructures (RI). RIANA encompasses 7 European networks of top-level RIs to cover the most advanced techniques relevant for synthesis, nanofabrication, processing, characterization, analytics, as well as simulation capacity. Highly customized and […]

The post Research Infrastructure Access in NAnoscience & nanotechnology (RIANA) appeared first on Institute of Materials Science.

]]> The post Research Infrastructure Access in NAnoscience & nanotechnology (RIANA) appeared first on Institute of Materials Science.

]]> Formation and investigation of directly synthesized graphene and single-crystal silicon photodiodes https://materials.ktu.edu/projects/formation-and-investigation-of-directly-synthesized-graphene-and-single-crystal-silicon-photodiodes/ Thu, 11 Dec 2025 11:59:11 +0000 https://materials.ktu.edu/projects/formation-and-investigation-of-directly-synthesized-graphene-and-single-crystal-silicon-photodiodes/ The post Formation and investigation of directly synthesized graphene and single-crystal silicon photodiodes appeared first on Institute of Materials Science.

]]> The post Formation and investigation of directly synthesized graphene and single-crystal silicon photodiodes appeared first on Institute of Materials Science.

]]> Gradient Metasurfaces for Ultrafast Laser Beam Shaping (M-ULBS) https://materials.ktu.edu/projects/gradient-metasurfaces-for-ultrafast-laser-beam-shaping-m-ulbs/ Thu, 11 Dec 2025 11:59:10 +0000 https://materials.ktu.edu/projects/gradient-metasurfaces-for-ultrafast-laser-beam-shaping-m-ulbs/ Metaoptics, a subcategory of two-dimensional metamaterials, is poised to replace traditional optics, including lenses, polarizers, prisms, and more. These components are comprised of engineered subwavelength elements, known as metaatoms, exhibiting a designed phase, amplitude, and polarization response. By continuously varying these parameters over a substrate, it becomes possible to shape and mold the reflected or […]

The post Gradient Metasurfaces for Ultrafast Laser Beam Shaping (M-ULBS) appeared first on Institute of Materials Science.

]]> The post Gradient Metasurfaces for Ultrafast Laser Beam Shaping (M-ULBS) appeared first on Institute of Materials Science.

]]> Development and expansion of CERN-LT activities in Lithuania https://materials.ktu.edu/projects/development-and-expansion-of-cern-lt-activities-in-lithuania/ Thu, 11 Dec 2025 11:59:08 +0000 https://materials.ktu.edu/projects/development-and-expansion-of-cern-lt-activities-in-lithuania/ The project is intended to carry out activities under the CERNT-LT consortium agreement No. 2021-JV-00095 (8.10.Mr)/(1.79 Mr) SU-1244, concluded on June 28, 2022, and in accordance with the first objective of Lithuania’s Associated Membership Action Plan in the European Organization for Nuclear Research (CERN) for 2022–2027: “To strengthen the R&D potential of particle physics and […]

The post Development and expansion of CERN-LT activities in Lithuania appeared first on Institute of Materials Science.

]]> The post Development and expansion of CERN-LT activities in Lithuania appeared first on Institute of Materials Science.

]]> Development of innovative technologies for recycling and mixing used PA2200 powder https://materials.ktu.edu/projects/development-of-innovative-technologies-for-recycling-and-mixing-used-pa2200-powder/ Thu, 11 Dec 2025 11:59:06 +0000 https://materials.ktu.edu/projects/development-of-innovative-technologies-for-recycling-and-mixing-used-pa2200-powder/ The project aims to develop and deploy an innovative technology to efficiently recycle and reuse PA2200 powder in Selective Laser Sintering (SLS) 3D printing processes.

The post Development of innovative technologies for recycling and mixing used PA2200 powder appeared first on Institute of Materials Science.

]]> The post Development of innovative technologies for recycling and mixing used PA2200 powder appeared first on Institute of Materials Science.

]]> Participation activities in international network https://materials.ktu.edu/projects/participation-activities-in-international-network/ Thu, 11 Dec 2025 11:59:05 +0000 https://materials.ktu.edu/projects/participation-activities-in-international-network/ Thanks to our membership in the activities of EuroNanoLab, we strive to ensure the development of the competencies of the unit (KTU Institute of Materials Science), recognition at the international and national level, and to use an excellent platform for initiating consortia for participation in international science and innovation programs and, of course, in horizon […]

The post Participation activities in international network appeared first on Institute of Materials Science.

]]> The post Participation activities in international network appeared first on Institute of Materials Science.

]]> Laser ablation of silicon nanoparticles and their use in charge-coupled devices for UV photon sensing (UVsense) https://materials.ktu.edu/projects/laser-ablation-of-silicon-nanoparticles-and-their-use-in-charge-coupled-devices-for-uv-photon-sensing-uvsense/ Thu, 11 Dec 2025 11:59:02 +0000 https://materials.ktu.edu/projects/laser-ablation-of-silicon-nanoparticles-and-their-use-in-charge-coupled-devices-for-uv-photon-sensing-uvsense/ The detection of UV photons is becoming increasingly important in particle physics experiments. New detector materials are needed to directly detect UV photons and/or absorb them by emitting light in the visible spectrum, which can be measured using existing photon detectors without requiring an active cooling system. Silicon nanoparticles are sensitive to UV light. Depending […]

The post Laser ablation of silicon nanoparticles and their use in charge-coupled devices for UV photon sensing (UVsense) appeared first on Institute of Materials Science.

]]> The post Laser ablation of silicon nanoparticles and their use in charge-coupled devices for UV photon sensing (UVsense) appeared first on Institute of Materials Science.

]]>