Programme 2024
Mnemonic Rutile–Rutile Interfaces Triggering Spontaneous Dissociation of Water (Adv. Mater. 4/2024) Vesna Ribić, Vanja Jordan, Sandra Drev, Janez Kovač, Goran Dražić, Aleksander Rečnik First published: 25 January 2024 https://doi.org/10.1002/adma.202470027 ADMA-36(4)_IFC_cover foto
The European Commission has endorsed two significant project proposals from the “Jožef Stefan” Institute’s Nanostructured Materials Department with high marks, allocating €15.4 million for research on permanent magnets essential for the Green Transition. Leading the SINGLE-GRAIN RE-ENGINEERED Nd-Fe-B PERMANENT MAGNETS (GREENE) project, Assoc. Prof. Dr. Kristina Žužek will oversee the project coordination and efforts in developing high-energy Nd-Fe-B-based magnets, innovatively engineering them at the single grain level, with a funding of €2 million. This project includes setting up a demonstration line in Slovenia. The BEETHOVEN project researchers the SUBSTITUTION OF RARE EARTHS FOR ADVANCED NOVEL MAGNETS IN ENERGY AND TRANSPORT APPLICATIONS, with a €0.5 million contribution to the institute, with Dr. Petra Jenuš in the lead. This project aims to innovate in magnet technology by replacing rare earth elements with high-entropy alloys, ferrite composites, and W-type ferrites. The financing agreement is expected to be signed in spring 2024. https://www.ijs.si/ijsw/V001/JSI
Dr. Sorour Semsari Parapari – Seminar
Abhilash Krishnamurthy – Seminar III_25.1.2024
Monika Kušter – Seminar III_18.01.2024
Innovation day Ljubljana 2023 Innovation-Day-2023-A4-en-PREVIEW-PAGES (1)
the documentary film “Made in Europe, from mine to electric vehicle”, filmed by Dr. Tom Peter Jones from KU Leuven, with whom we have already successfully collaborated on the DEMETER project.
Contribution of K7 in the recycling of waste magnets, which was broadcast on RTV SLO in the program Ugriznimo znanost, on the topic of the criticality of raw materials and recycling. https://www.rtvslo.si/rtv365/arhiv/174999771?s=tv https://365.rtvslo.si/arhiv/ugriznimo-znanost/174999857