NATO SPS

Topic:
Research object – Devices for collecting energy and sensors of electromagnetic vibration based on metamaterials. Research subject – Resonant structures with metamaterial powers based on a combination of microsocket and dielectric resonators for the creation of rectifiers and sensors of electromagnetic vibration. Purpose of work –To model the structures of 3D metamaterial cells based on a combination of dielectric and microstrip resonators for the further development of dielectric resonator antennas based on them for 3D rectennas used for devices for collecting and storing electromagnetic energy in the microwave range and electromagnetic sensors. Research methods – analysis and synthesis, mathematical modeling, simulation modeling of electrical and electrodynamic structures of metamaterial cells, experimental studies

Time frame:  June 2023 – June 2026

Grant agreement: SPS G6002

Topic:
The objectives of the project are:
(1) identification of mechanisms of governance capacity, legitimacy and social resilience in crisis management processes in Poland and Ukraine and proposals for new solutions based on formative methods of preparing local social structures for crisis situations;
(2) training on preparedness and response to specific threats;
(3) raising awareness of security developments, including through early warning, in order to prevent crises.

Time frame: February 2023 – January 2026

Grant agreement: SPS G6119

Topic:
The aim of the project is to develop prefabricated sustainable temporary buildings that ensure human well-being in terms of air quality and sustainable on-site energy production

Time frame: March 2024 – March 2027

Grant agreement: SPS G6245

Topic:
The project is aimed at obtaining new improved high-entropy boride materials for use as supercapacitors and energy storage devices. To obtain high-entropy boride powders with improved specific surface area, original methods of preparation and their combination will be used: sol-gel method, high-energy mechanical alloying and zone melting. XRD, SEM, TEM, EDX, DSC, TG, and laser diffraction techniques are planned to study the structure, specific surface area, phase and chemical composition, and oxidation behavior of the finished powders. The electrochemical characteristics of high-entropy particles as an electrode will be characterized in asymmetric and bisymmetric device configurations)

Time frame: January 2025 – January 2028

Grant agreement: G7753

Topic:
Identification of patterns of structural and phase changes in film compositions based on MnAl and investigation of the properties of microwave devices based on them

Time frame: December 2020 – November 2023

Grant agreement: SPS G5792

Topic:
The main goal of this proposal is to hold an intensive training event, to accumulate ideas from specialists and other stakeholders who directly conduct or develop methods of protecting critical infrastructure from terrorist attacks

Time frame: October 2023 – October 2023

Grant agreement: G7205

Topic:
The main goal of the event is to attract professional experts and young scientists in the field of transport, energy and environmental security, as well as to increase the level of knowledge and skills of the future generation in the above areas

Time frame: October 2023 – October 2023

Grant agreement: G7654

Topic:
On 23 – 25 October 2023, the NATO Science for Peace and Security Programme held a workshop in Istanbul on ‘Critical Infrastructures protection in response to terrorist attacks’. The aim of the workshop was to share knowledge and ideas of experienced professionals in the field of critical infrastructure protection

Time frame:  October 2023 – October 2023

Grant agreement: SPS ARW G5998