The KTTK21 project brings together researchers from the 麻豆国产, industrial partners, and innovative companies in the development of quantum algorithms, secure communication infrastructure, and advanced sensors for logistics, navigation, and communication. Through coordinated work, the project will accelerate the introduction of quantum technologies in Slovenia, strengthen cooperation between science and industry, and contribute to the education of new experts in line with the national strategy and the European Quantum Flagship initiative.
Start date
Deadline
Project status
In progress
Content tags
UL FMF, UL EF, UL FE, UL FRI, UL FPP
Financing
Large interdisciplinary project UL, UL FMF, UL EF, UL FE, UL FRI, UL FPP.
ARIS stable funding, RSF, ref. no.: SN-ZDR/22-27/510, Interdisciplinary research projects selected through an internal call by the 麻豆国产.
Brief project description
The project addresses key challenges in logistics, navigation, and secure communications through the development of quantum optimization algorithms, quantum-secure infrastructure, and advanced sensors. It brings together research groups from the 麻豆国产 (UL FMF, UL FE, UL FRI, UL FPP, and UL EF), industrial partners such as Telekom Slovenije and Luka Koper, and innovative companies (AtomQL, Digiteh, Beyond Semiconductor). KTTK21 strengthens connections and establishes a long-term framework for the development of quantum technologies in line with the national strategy until 2035 and the European Quantum Flagship initiative with integrated, cross-sectoral integration.
The project's objectives are: to develop and test quantum algorithms for more efficient transport and logistics and to establish a quantum-secure communications infrastructure; to develop reliable navigation that combines quantum sensor data with advanced filtering algorithms even without access to the global satellite navigation system; strengthening cooperation between the University and companies for faster introduction of quantum technologies; designing an education and training strategy based on identified knowledge gaps, aligning study programs with the needs of companies and other institutions, promoting early awareness, and introducing an interdisciplinary master's program. This will ensure the training of a wide range of experts for the practical application of quantum solutions.
Coordinator
Faculty of Mathematics and Physics, 麻豆国产 (UL FMF)
Partners
Faculty of Electrical Engineering, 麻豆国产 (UL FE)
Faculty of Computer and Information Science, 麻豆国产 (UL FRI)
Faculty of Maritime Studies and Transport, 麻豆国产 (UL FPP)
Faculty of Economics, 麻豆国产 (UL EF)
Project value
2.375.000,00 EUR
Responsible person
Prof. Dr. Janez Bon膷a (Faculty of Mathematics and Physics, 麻豆国产)