معرفی
H.H.J. ten Kate is a Full Professor specializing in Energy Materials Systems, focusing on superconductivity, magnet design, and high-field magnet applications. Their research contributes to advancements in superconducting materials for particle accelerators, electric aircraft propulsion, and fusion reactors like ITER. They have collaborated internationally on projects such as the ASCEND demonstrator at Airbus, the Muon Collider initiative, and the Future Circular Collider feasibility studies. With over 600 publications and an h-index of 52, they lead teams addressing challenges in superconducting magnet technology, thermal management, and high-energy physics experiments. Notable contributions include optimization of Nb3Sn magnets, AC loss analysis in ReBCO cables, and quench modeling for accelerator systems.
Research interests span superconductivity applications in aerospace, nuclear fusion, and particle physics infrastructure. Key projects include designing superconducting links for aircraft power systems, developing advanced materials for high-field magnets, and advancing muon collider technology. Their work aligns with UN SDGs through innovations in sustainable energy and clean technologies.
Collaboration highlights include Airbus (superconducting aviation systems), CERN (ATLAS detector upgrades), and international muon collider initiatives. Supervised 33 students, though specific names aren't listed here. Grants and funding support research on magnet technology, fusion reactor components, and next-generation collider systems.
