Casciello Martina

I am a PhD student in Energetics of the 40th cycle, focusing on superconducting technologies. My research centers on the multi-physics modelling of High-Temperature Superconductor (HTS) magnets for fusion applications. These groundbreaking innovations are capable of operating at elevated temperatures while generating exceptionally high magnetic fields without electrical resistance, playing a pivotal role in advancing compact, high-performance nuclear fusion reactors.

My work addresses the challenges posed by neutron flux in highly nuclear environments, which can increase material temperature and alter the crystalline structure of magnet materials. To mitigate these effects, I focus on ensuring precisely controlled cryogenic temperatures and developing effective shielding against nuclear irradiation. My approach integrates thermal, mechanical, neutronic, and cryogenic analyses, ensuring a comprehensive, interdisciplinary strategy to overcome the extreme operational challenges of fusion systems.

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