F. Casoli

Institute of Materials for Electronics and Magnetism, National Research Council

Papers

Total Citations

H-Index

About

F. Casoli is a leading figure in the development of sustainable, flexible spintronics and advanced magnetic materials. Their research focuses on engineering thin-film heterostructures and microfabricated Heusler alloys, with a particular emphasis on synthetic antiferromagnets (SAFs) and ferromagnetic shape-memory systems. Casoli’s most cited work, a 2022 study on Co/Ni-based PMA-SAFs on polymer tapes, pioneered the integration of perpendicular magnetic anisotropy into flexible substrates—a critical step toward eco-friendly, bendable spintronic devices for next-generation memory and logic. This contribution, garnering 15 citations, addresses the pressing challenge of rigid substrate limitations in spintronics. Additionally, their 2021 investigation into microfabricated ferromagnetic-shape-memory Heuslers (13 citations) revealed how geometry and size effects can tune material properties, offering new pathways for microactuators and sensors. By bridging fundamental magnetism with practical, flexible platforms, Casoli’s work not only advances spintronic performance but also champions sustainability, making their research highly relevant for students and researchers exploring green electronics and nanoscale magnetic phenomena.