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  • A blue bicycle service stand situated on a gray platform (with grass areas, a playground, and student dormitories in the background)

    Installation of a new bicycle service station at the Rožna Dolina campus in support of sustainable micromobility

    In collaboration with Študentski Dom Ljubljana, the body responsible for managing the halls of residence, and following an initiative from the Student Community Gardens organisation, the University of Ljubljana installed a new bicycle service station at the Rožna Dolina campus on Wednesday 15 April. The aim is to encourage UL students to choose sustainable forms of micromobility such as cycling for their daily transport needs.

  • marko anderluh desktop.png

    Prof. Marko Anderluh from the UL FFA awarded a prestigious MSCA Doctoral Network project

    Prof. Marko Anderluh from the Faculty of Pharmacy UL is coordinating a prestigious European MSCA Doctoral Network project that received €4.3 million in funding from the Horizon Europe framework programme. Within the LLIMIT project, partners and doctoral students will develop innovative therapeutic agents to precisely modulate the immune system by targeting lectins.

  • Cavitation

    Why Gas Content Matters for Cavitation: The Hidden Role of Tiny Gas Bubbles

    Cavitation plays a key role in many technologies – from ultrasonic cleaning to chemical processing – but can behave unpredictably depending on the quality of the liquid. It is influenced not only by dissolved gases, but also by small undissolved gas bubbles.

  • Water bubbles

    Cavitation Bubbles: How “Bursting” Micro-explosions Can Create Better Chitosan

    Researchers from the Faculty of Mechanical Engineering UL and the Institute of Chemistry have developed a new, faster, and more environmentally friendly method for preparing low molecular weight chitosan. In their work, they utilized cavitation—a clean, fast, and efficient technology that could replace some less sustainable existing methods. This breakthrough opens the way for the development of a new generation of materials that could be used in medicine, pharmacy, food applications, industry, and environmental solutions.

  • Global Navigation Satellite Systems

    How prepared is society for a potential outage of global satellite navigation systems?

    Modern society is increasingly dependent on global satellite navigation systems (GNSS) such as GPS, Galileo and BeiDou. These systems are no longer merely a navigation aid; rather, they represent the invisible backbone of modern societies—supporting everything from transport and energy to banking, telecommunications, and emergency services. The key question is whether society is even aware of how deeply it is intertwined with this technology, and how unprepared it may be for a potential outage.

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    3D-Printed Sensors with Automatic Adaptation to Temperature Changes Without Additional Detectors

    Researchers at the Faculty of Mechanical Engineering have developed a groundbreaking method that enables 3D-printed sensors to automatically adapt to temperature variations without the need for additional temperature sensors. The discovery opens the door to broad use of smart structures in variable environments—from aircraft to infrastructure—where existing solutions have not been reliable enough or have been overly complex.

  • Autonomous underwater drone

    Researchers from the University of Ljubljana are co-developing smart autonomous vessels for safer seas

    esearchers from the University of Ljubljana participated in the development of autonomous biomimetic underwater vehicles for underwater surveillance, monitoring, and reconnaissance, operating in groups (swarms or schools). This work is the result of the international project SABUVIS II, carried out under the auspices of the European Defence Agency (EDA). In addition to Slovenian partners, the project also involves partners from Germany, Poland, and Portugal.

  • Car engine

    A new method enables significantly more precise measurements in engines – a step toward cleaner and more efficient vehicles

    Researchers from the Faculty of Mechanical Engineering at the University of Ljubljana participated in the development of a new method for measuring pressure in internal combustion engines, which can significantly improve their efficiency and reduce emissions. Using this method, they achieved up to 48% more accurate determination of heat release, up to 38% more accurate measurement of the rate of pressure rise, and up to 13% more accurate measurement of in-cylinder pressure.

  • Denis-Golez_1 (1).jpg

    Assist. Prof. Dr Denis Golež, recipient of the prestigious ERC Consolidator Grant for strengthening an independent research career

    Dr Denis Golež, Assistant Professor at the Faculty of Mathematics and Physics of the University of Ljubljana and a researcher at the Department of Theoretical Physics of the Jožef Stefan Institute, has been awarded one of the most prestigious European research grants – the ERC Consolidator Grant, aimed at strengthening an independent research career.

  • Waste heat

    Waste Heat – Problem or Solution?

    Waste heat could become one of the key sources of clean energy in the future. A new breakthrough study by researchers from the Faculty of Mechanical Engineering at the University of Ljubljana shows that advanced high-temperature heat pumps can significantly reduce energy consumption, greenhouse gas emissions, and thermal environmental impact—particularly in industry and the energy sector.

  • Magnetocaloric material

    Why Small Differences in Materials Lead to Big Energy Savings?

    Even small statistical variations in the magnetic properties of magnetocaloric materials have a major impact on the performance of future environmentally friendly cooling systems, researchers from the UL Faculty of Mechanical Engineering observe. These findings support the development of robust and reliable cooling devices and heat pumps that operate without harmful refrigerants.

  • Smart box team

    The Slovenian smart box, developed at the UL FE, has returned from Antarctica

    How reliable are Global Navigation Satellite Systems (GNSS) when a ship sails through the harshest conditions on Earth? This question was answered by researchers from the Faculty of Electrical Engineering of the University of Ljubljana, the “Jožef Stefan” Institute, and the Faculty of Maritime Studies and Transport of the University of Ljubljana. On board the Italian icebreaker Laura Bassi, they carried out a 200-day research expedition. The collected data are crucial for developing the next generations of autonomous ships.

  • Meta Sterniša at the DYSA awards ceremony

    Assist. Prof. Dr. Meta Sterniša recipient of the Danubius Young Scientist Award

    Assist. Prof. Dr. Meta Sterniša from the Department of Food Science and Technology at the Biotechnical Faculty of the University of Ljubljana is the recipient of the Danubius Young Scientist Award, which is presented to young researchers with outstanding achievements in their field. She received the award for her scientific contributions in food science and microbiology

  • Project team CAVE 0g

    Slovenian Students Explore “Space Mayonnaise” in Microgravity

    The CAVE 0g team from the University of Ljubljana studied the formation of emulsions in microgravity during the 87th parabolic flight campaign of the European Space Agency – a key step toward preparing food and medicine in space.

  • Salt harvesting

    Breakthrough Materials for Atmospheric Water Harvesting – A Success by Assist. Prof. Primož Poredoš

    The shortage of drinking water is one of the greatest global challenges of the modern world. While surface freshwater resources are rapidly declining, the atmosphere contains as much as six times more water vapor than all the water in the world’s river systems combined. This remarkable yet still underutilized natural resource opens the way to new, sustainable solutions for supplying drinking water. It is precisely in this field that an important scientific milestone has been achieved by Assist. Prof. Primož Poredoš from the Faculty of Mechanical Engineering UL.

  • Project team chip.si

    Faculty of Electrical Engineering UL coordinates the Competence Center for Chips and Semiconductor Technologies.

    Slovenia has established the Competence Center for Chips and Semiconductor Technologies (KC Čip.si), coordinated by the Faculty of Electrical Engineering UL. As part of the European network of competence centers, the center will contribute to strengthening Slovenia’s competitiveness in the strategic field of chip research and development, as well as to Europe’s technological sovereignty.

  • Mitjan Kalin with ASME Mayo D. Hersey Award

    Prof. Dr Mitjan Kalin becomes the first European in two decades to receive the ASME Mayo D. Hersey Award

    Prof. Dr Mitjan Kalin from the Faculty of Mechanical Engineering at the University of Ljubljana has become the first European in 20 years to receive the prestigious ASME Mayo D. Hersey Award – the highest academic honour in the field of tribology.

  • Univerza v Ljubljani prejela zlati pred-certifikat DGNB za novogradnjo Veterinarske fakultete.png

    University of Ljubljana receives DGNB Gold pre-certificate for the new Veterinary Faculty building

    The new building project of the Veterinary Faculty at the University of Ljubljana (UL VF), which will deliver state-of-the-art research and teaching facilities, has been awarded the Gold pre-certificate by the German Sustainable Building Council (DGNB).

  • ui desktop.png

    Generative Artificial Intelligence Has Surpassed Smartphones and the Internet in Speed of Adoption

    The number of generative artificial intelligence (GenAI) users in Slovenia is rapidly increasing. In one year, the number has doubled. Most users utilize ChatGPT, and usage is becoming increasingly frequent. More than half of the population uses GenAI weekly, and nearly a quarter use it daily. Despite growing usage, Slovenia still lags behind the most developed countries.

  • Multi-Robot System for Lunar Surface Exploration

    UL FS Develops Multi-Robot System for Lunar Surface Exploration

    Researchers at the Faculty of Mechanical Engineering, University of Ljubljana, have developed an intelligent multi-robot system that could be used in the future for exploring the lunar surface. The system was successfully tested at the LUNA facility in Germany, which simulates lunar surface conditions.