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New Acta Materialia publication
February 02, 2026
Direct observation of nanoscale pinning centers in Ce(Co0.8Cu0.2)5.4 permanent magnets
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![a) Microstructure of the magnet obtained by electron microscopy. (b) Optical Kerr microscopy image, the black areas correspond to the demagnetized part of the magnet. (c,d,e) High-resolution transmission electron microscopy images showing nanostructure of the magnet. (f) Electron holography, different colours correspond to different orientation of magnetization.]()
![a) Microstructure of the magnet obtained by electron microscopy. (b) Optical Kerr microscopy image, the black areas correspond to the demagnetized part of the magnet. (c,d,e) High-resolution transmission electron microscopy images showing nanostructure of the magnet. (f) Electron holography, different colours correspond to different orientation of magnetization.]()
How defects make permanent magnets even more efficient
January 28, 2026
New Nature Communications publication
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Thermal–penetration–driven, record nanoparticle yield and throughput by high-power, ultraviolet nanosecond microparticle laser fragmentation
January 14, 2026
New joined publication of project A11 and A12
Find the archive of the CRC270 here.
