Daniela Petti gave an invited talk entitled “Three-dimensional spin-wave dynamics, localization and interference in a synthetic antiferromagnet” at the 25th International Colloquium on Magnetic Films and Surfaces held in Perugia
Valerio Levati won the best poster award at the 22nd International Conference on Magnetism (ICM2024). Big congrats to Valerio and team!! 👏👏🧲🧲
Edoardo explained the activity of PhyND lab in a video-interview for Fondazione Leonardo! “Nanotecnologie, come creare nuovi materiali manipolando gli atomi con la luce ed il calore”
SpinCom2024, a satellite event of ICM 2024 held place in Milano on Friday, June 28th. The workshop brought together scientists at the forefront of magnetism and spintronics, focusing on the exciting challenges of computing and signal processing. Thanks everyone for attending!!
Matteo Vitali gave an invited talk entitled “Magnetic nanopatterning of YIG films via direct laser writing for magnonics” at the 1st Transnational Round Table on Magnonics in Exeter! Congrats and well done Matteo!! 👏👏
In our new paper on Nature Communications, we use X-Ray Microscopy Imaging for acquiring time-resolved snapshots of the spin dynamics in a synthetic antiferromagnet, with nanoscale spatial resolution and sub-nanosecond temporal resolution. Congrats Davide and team!
Valerio Levati gave an invited talk entitled “Thermally driven Phase Nanoengineering for Spintronics” at the 8th Thermal Probe Workshop in Zürich!! Congrats and great job Valerio!
PhyND group at the Italian Magnetism Conference Magnet 2024: Nicola gave a talk on magnetocaloric materials and Valerio and Matteo presented posters on Magnonics and Skyrmions! 🔥 🔥 👏👏
Edoardo gave an invited talk entitled “Tailored spin textures for three-dimensional magnonics” at the XII Latin American Workshop on Magnetism, Magnetic Materials, & their Applications (LAW3M) 2023, held in Puerto Varas, Chile.
Great news! On September 28th, two PRIN projects, funded by the Italian Ministry started:
PATH – Patterning of Antiferromagnets for THz operation
TEEPHANY – ThrEE-dimensional PHotonics And Nanomagnetism via direct nanofabrication in magnetic crYstals