Mohammed Mustafa Turkistani

Energy Transition Specialization · Cohort 2026

High-frequency measurement of thin film superconducting hybrids for ultra-low dissipation information and quantum technology applications

This project investigates the high-frequency behaviour of thin-film superconducting hybrid structures for potential applications in ultra-low-dissipation information processing and quantum technologies. The work combines surface characterisation using atomic force microscopy (AFM) with the study of microwave and ferromagnetic-resonance techniques to understand how superconducting and magnetic layers interact at high frequencies. Particular attention is given to phenomena such as superconducting vortices, magnetic dynamics, resonance, and dissipation, with the broader aim of identifying material and device architectures suitable for efficient next-generation computing and quantum systems.

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