The University of Ljubljana presents four major interdisciplinary research projects worth over EUR 10 million

Prof. Dr Gregor Majdič, Rector of the University of Ljubljana, emphasised: “By funding large interdisciplinary projects, we are reinforcing our commitment to research excellence and the sustainable development of science. I believe that the selected projects will make an important contribution to further enhancing the international reputation of the University of Ljubljana.”

Prof. Dr Gregor Dolinar, Vice-Rector for Research and Development, added: “We enable the development of ambitious ideas that transcend the boundaries of individual disciplines and encourage cooperation with the business sector and research institutes. The integration of knowledge is key to breakthrough solutions.”

MATRES – MATerial RESilience in times of environmental and social change

Project leader: Assoc. Prof. Dr Matija Črešnar (Faculty of Arts, University of Ljubljana)

This project investigates how human societies have coped with environmental and social change throughout (pre)history and how this knowledge can be applied today and in the future. By integrating the humanities, natural sciences and technology, the project will develop innovative digital solutions, including a multi-level digital twin designed to better understand and anticipate the risks threatening our material world, particularly cultural heritage.

“In our approach, we go beyond the simple division between nature and culture, and explore the social roles of the material world – that is, the environment, landscapes, materials and bodies,” emphasised Assoc. Prof. Dr Matija Črešnar.

A-RISE – Advanced climate-resilient solutions for sustainable bioeconomy and socio-economic development

Project leader: Prof. Dr Tjaša Redek (School of Economics and Business, University of Ljubljana)

This project brings together economists, physicists and experts in the biological and biotechnological sciences to develop advanced climate simulations, analyse transmission mechanisms and the impacts on biodiversity, the (bio)economy, and the wider society, and create technological solutions for agriculture, forestry and other segments of the (bio)economy. The initiative also aims to establish an interdisciplinary laboratory to support sustainable development and strengthen society’s resilience to climate change.

“We also want to convey to society the importance of a broader consensus for implementing the proposed solutions, for which cooperation with stakeholders throughout the chain will be crucial. The research funds we have obtained will allow us to carry out studies that would otherwise not be possible,” emphasised Prof. Dr Tjaša Redek.

KTTK21 – Quantum technologies for transport and communications in the 21st century

Project leader: Prof. Dr Janez Bonča (Faculty of Mathematics and Physics, University of Ljubljana)

The project addresses key challenges in logistics, navigation and secure communications by developing quantum algorithms, quantum-secure infrastructure, and advanced sensors. In collaboration with industry partners such as Telekom Slovenije and the Port of Koper, as well as innovative companies, the project aims to advance the development of quantum technologies in line with the European Quantum Flagship initiative.

“By bringing together research groups from the University of Ljubljana, industry partners and innovative companies, the project strengthens connections and establishes a long-term framework for the development of quantum technologies,” emphasised Prof. Dr Janez Bonča.

KardioEP – New methods for treating heart disease with electroporation

Project leader: Prof. Dr Damijan Miklavčič (Faculty of Electrical Engineering, University of Ljubljana)

This project, involving four member faculties of the University of Ljubljana, the University Medical Centre Ljubljana, the Institute of Oncology, and the Jožef Stefan Institute, is developing innovative methods for treating heart disease using electroporation, artificial intelligence and digital twins. The goal is to create patient-specific treatments for ventricular arrhythmias and develop methods for regenerating heart tissue.

“As part of the project, we will also establish a Slovenian centre for electrophysiological research, which will position the University of Ljubljana and its partners among the world’s leading centres for treating heart disease using electroporation,” emphasised Prof. Dr Damijan Miklavčič.