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Chunlin Qu is a Research Associate in the Quantum Circuits Group at the University of Glasgow, specializing in the fabrication of superconducting qubits for quantum computing. His research focuses on developing niobium trilayer qubits to enhance qubit stability, coherence, and scalability. By addressing the limitations of conventional aluminum-based devices, his work contributes to the advancement of practical quantum processors for applications in drug discovery, energy management, artificial intelligence, and secure communications. Chunlin completed his PhD in Electronic Electrical Engineering at the University of Glasgow in 2024, pioneering thermal Al2O3 based normally-off MOSFETs on hydrogen-terminated diamond. He previously earned a Master’s degree that concentrated on the development of catalytic hydrogen spillover methods for diamond surface termination, as well as a Bachelor’s degree in Electronic Science Technology. Chunlin has contributed to multiple EPSRC-UKRI-funded projects focused on InSb mid-infrared sensors and superconducting quantum circuits and is highly skilled in nanofabrication and characterization techniques, presenting his work at international conferences through both oral and poster presentations.