International Conference on Magnetism 2024, July 2024
The CoCoMag Team actively participated in the prestigious ICM2024 conference held in Bologna. This event provided an excellent opportunity to share our project findings with a large audience and increase interest in our work.
Prof. Oliver Gutfleisch, chaired a Focus symposium in the ICM2024 on “The Role of Magnetism and Magnetic Materials in the Energy Transition” at the ICM2024. With over 150 participants in attendance, the event was a great success. It provided an excellent opportunity to showcase the role of magnets in driving the green energy transition and brought together leading experts to foster innovation and collaboration in this area.
During the symposium, Dr.Thomas Schrefl delivered a talk emphasizing the role of AI in magnetism.
Prof. Dr. Victorino Franco and Dr. Jia Yan Law co-authored the paper “Tuning the Crossover Critical Point of Magnetocaloric Materials with the High-Entropy Concept.” Jia Yan Law presented the opportunities of using the HEA concept to design magnetocaloric materials, where this time on the critical point where first-order crossovers to second-order thermomagnetic materials.
Prof. Dr. Victorino Franco and Dr. Luis M. Moreno-Ramírez co-authored “Analyzing thermal hysteresis of magnetocaloric materials using TFORC: application to (NiMnSi)0.66(Fe2Ge)0.34,” providing insights into the thermal behavior of magnetocaloric materials. Various conference participants stopped by the poster to find out more about the work.
Jorge Revuelta-Losada, Dr. Luis M. Moreno-Ramírez, Dr. Jia Yan Law and Prof. Dr. Victorino Franco, are co-authors of“Low-Cost Lock-In Infrared Thermography Device for the Direct Characterization of the Reversible Magnetocaloric Effect.’’ Jorge Revuelta-Losada did a great job presenting the poster and provided a lot of visibility for the work.
Dr. David Böhm presented his simulations of Fe2P based permanent magnets carried out in our CoCoMag project in a poster presentation on the “Effects of shape anisotropy and easy axis distribution on Fe2P-based permanent magnets by micromagnetics”.
