Completed Grants and Agreements
| International project “Shared Places for Heritage, Encounter and Reconciliation in Europe” | |
| International Ukrainian-Austrian Agreement "Artificial Intelligence for Visualization of Oncological Diseases in Women" | |
| International project "Innovation as a Service for Accelerated Innovation Implementation and Industrial Transition in Industrial Rural and Remote Areas with Low Innovation Potential in the Danube Region – IaaS4DR, DRP0200211" | |
| International project "3D and 2D Complex Chalcogenides for Terahertz Photonics" | |
| The international project “Sustainable Optical Materials and Methods: Education and Research Infrastructure (SOMMER!)” DAAD “SDG-Partnerships 2024-2027” | |
| International project “ Piezoelectricity in 2D-materials: materials, modeling, and applications” HORIZON-MSCA-2022-SE-01 | |
| International Project: «Deep Tech Empowerment for Higher Education Institutions» Skills2Scale | |
| International project “Short Supply Chain Knowledge and Innovation Network – SKIN” implemented within the framework of Horizon 2020 Programme" | |
| Grant Agreement Н2020-EU (ID-73112) “ACCELERATing Europe's Leading Research Infrastructures” implemented within the framework of Horizon 2020 Programme" | |
| International Ukrainian-Slovak Agreement “Relaxation and Photoinduced Effects in Chalcogenide Glasses System Ge-As-S (Se)” | |
| International Ukrainian-Lithuanian Agreement “New multiferroics and superionic conductors for acoustoelectronics and solid ionic” | |
| International Ukrainian-Polish Agreement “Evolution of thermoelectric properties of TlBX2 based materials under the size restrictions and doping” | |
| International Ukrainian-French Agreement “Chalcogenide nonlinear crystals for controlling the shape and propagation of laser irradiation pulses” | |
| Grant agreement with the Shanghai Astronomical Observatory (China) “Development of a method for determining the orientation of space objects based on complex observations” | |
| International Ukrainian-Belarusian Agreement “Development and research of gas-sensing materials based on oxide semiconductors used as sensors for analyzing human exhaled air for medical diagnostic systems” |
In this section
- International project “Shared Places for Heritage, Encounter and Reconciliation in Europe”
- International Ukrainian-Austrian Agreement "Artificial Intelligence for Visualization of Oncological Diseases in Women"
- International project "Innovation as a Service for Accelerated Innovation Implementation and Industrial Transition in Industrial Rural and Remote Areas with Low Innovation Potential in the Danube Region – IaaS4DR, DRP0200211"
- International project "3D and 2D Complex Chalcogenides for Terahertz Photonics"
- Sustainable Optical Materials and Methods: Education andResearch Infrastructure (SOMMER!)
- Piezoelectricity in 2D-materials: materials, modeling, and applications
- «Deep Tech Empowerment for Higher Education Institutions» Skills2Scale
- Short Supply Chain Knowledge and Innovation Network – SKIN” implemented within the framework of Horizon 2020 Programme
- Grant Agreement Н2020-EU (ID-73112)“ACCELERATing Europe's Leading Research Infrastructures” implemented within the framework of Horizon 2020 Programme
- International Ukrainian-Slovak Agreement“Relaxation and Photoinduced Effects in Chalcogenide Glasses System Ge-As-S (Se)”
- International Ukrainian-Lithuanian Agreement“New multiferroics and superionic conductors for acoustoelectronics and solid ionic”
- About us
- International Ukrainian-Polish Agreement“Evolution of thermoelectric properties of TlBX2 based materials under the size restrictions and doping”
- International Ukrainian-French Agreement“Chalcogenide nonlinear crystals for controlling the shape and propagation of laser irradiation pulses”
- Grant agreement with the Shanghai Astronomical Observatory (China) “Development of a method for determining the orientation of space objects based on complex observations”
- International Ukrainian-Belarusian Agreement “Development and research of gas-sensing materials based on oxide semiconductors used as sensors for analyzing human exhaled air for medical diagnostic systems”