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Communicating our research to society

Communicating to the society the importance of the problematic we are trying to solve in AMPHIBIAN, as well as our progress, is of extreme importance to us. Not only we believe that social awareness is crucial, but we also feel indebted towards those who fund our research through their taxes. Our members have participated in various science festivals and other science events addressed to society at large held all around Europe. Among others, Dr. César de Julián Fernández, Dr. Franca Albertini, Dr. Riccardo Cabassi and Dr. Blaž Belec (IMEM-CNR) have participated in various editions of the European Night of the Researchers (Notte dei Ricercatori) in Parma (Italy). Dr. Petra Jenuš organized the workshop “The attractive world of magnets” in Ljubljana (Slovenia) especially addressed for the youngest audience. Assoc. Prof. Mogens Christensen (AU) talked about “Sophisticated Magnets” during Research Day (Forskningens Døgn) at Aarhus University (Denmark). Additionally, Dr. Claudio Sangregorio (ICCOM-CNR) has held several seminars for high school students in the Sesto Fiorentino (Italy). Prof. Pilar Marín and Dr. Jesús López organized an open doors event at their research institute, in the occasion of Science Week (La Semana de la Ciencia) in Madrid (Spain).

Por |enero 17th, 2019|Categorías: Dissemination|0 Comentarios

A Brief History of Permanent Magnets

The first ferrite magnet was accidentally discovered in 1950, in a Physics laboratory belonging to the Philips Industries research department, in the Netherlands. An assistant synthesised it by mistake–he was supposed to prepare a different sample for its study as a semiconductor material. It was found that it actually had magnetic properties, and so it was passed on to the magnetic research group. Because of its good performance as a magnet and its low production cost, it was developed as a product by Philips, marking the start of a rapid increase in the use of permanent magnets. During the 1960s, the first rare earth magnets were developed, made from alloys of lanthanides, scandium or yttrium. They were the strongest type of permanent magnets made, combining a high saturation magnetisation with a good resistance to demagnetisation. In spite of their cost, brittleness, and inefficacy in high temperatures, they started dominating the market as their applications became more relevant–for instance, ownership of personal computers started to become widespread in the 80s, which meant a high demand of permanent magnets for hard drives. Recently, sustainability in industry processes has become a priority, and rare earth elements have been deemed critical raw materials by the European Commission, because of their high supply risk and economic importance. This has opened the field for research on new rare-earth-free permanent magnets. One of the possible lines of research is to look back on the first permanent magnets developed, ferrite magnets, and study them further using all the [...]

Por |enero 13th, 2017|Categorías: Uncategorized|0 Comentarios

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