Materials Synthesis Department focuses on advanced materials. The aim of our research is to obtain knowledge of materials chemistry for the controlled synthesis of new materials with desirable properties. Materials of interest are nanoparticles, (nano)composites, colloids, magnetic fluids, ceramics for applications in medicine, electronics, chemical technology, biotechnology, ecology, and sensorics.
NEWS
Congratulations Žiga!
Our colleague Žiga Ponikvar successfully defended his PhD thesis entitled: “Development of ruthenium and ruthenium alloy-based catalysts for magnetically heated synthesis and decomposition of ammonia”.
The event was held at Faculty of Chemistry and Chemical Technology University of Maribor on March 13th.
Congratulations Žiga and wishing you endless success, groundbreaking discoveries, and just the right amount of catalytic luck in all your future endeavours!
MAGNELIQ SYMPOSIUM
New Research Directions & Innovations in Sensing Technologies
Join us in exploring the future of magneto-electric liquids and their applications in next-generation sensing technologies with new opportunities for collaboration, future research directions, development and industrial application potential.
📅 Date: April 10, 2025
📍 Location: Jožef Stefan Institute, Ljubljana (Main Lecture Hall) or online via Zoom
Free participation upon registration, more info https://www.magneliq.eu/
We are involved in a national project Gravitacija “Nanostructured hybrid semiconducting materials” that gathered all main Slovenian research institutions. The project is coordinated by University Nova Gorica. Other partners are University of Ljubljana (Faculty of Electrical Engineering and Faculty of Chemistry and Chemical Engineering), University of Maribor (Faculty of Electrical Engineering and Computer Science) and National Institute of Chemistry. The three-year project started on 10. 1. 2024. Our colleagues, Darja Lisjak, Sebastjan Nemec and Katja Drobež, participated at the kick-off meeting on 7. 11. 2024 at the University of Nova Gorica
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