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Group Leader: Superconducting Materials For Quantum Technologies at QuTech

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⚡ Quantum Brief
A Principal Investigator position is open to lead superconducting materials research for quantum technologies, with applications due by April 3, 2026. The role focuses on overcoming material-based limitations in quantum hardware development. The successful candidate will drive innovation in superconducting materials, thin-film growth, and defect mitigation to enhance qubit performance and reproducibility. Research will target noise-protected qubits and scalable quantum device integration. Based in Delft, the position bridges QuTech’s Qubit Research, Quantum Computing, and Quantum Internet divisions, fostering cross-disciplinary collaboration in fabrication, packaging, and optical integration. Responsibilities include establishing an independent research group, securing national and international funding, and advancing outreach and valorization efforts within QuTech’s organizational framework. The role aims to transform materials science breakthroughs into practical quantum device capabilities, accelerating progress toward fault-tolerant and high-performance quantum technologies.
Group Leader: Superconducting Materials For Quantum Technologies at QuTech

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Group Leader: Superconducting Materials For Quantum Technologies at QuTech Application deadline: Friday, April 3, 2026Employer web page: https://qutech.nl/Job type: OtherGroup Leader: Superconducting Materials For Quantum Technologies Come join QuTech and create the Quantum Future! Job description At QuTech, we are looking for a Principal Investigator to strengthen our profile through a bold, materials-driven research agenda. Progress in quantum hardware is increasingly limited not only by device concepts, but by materials science including thin-film growth, defects, interfaces, surfaces, oxides, and processing history. We are therefore seeking an independent group leader who can turn superconducting and related quantum materials innovation into new capabilities across qubit platforms and quantum devices. Your research will be anchored in the Qubit Research division, where we develop qubits that are protected from noise by design and aim to demonstrate devices that outperform established technology. At the same time, QuTech provides a highly collaborative setting where materials advances can create synergies with the Quantum Computing Division, e.g., scalable fabrication, integration, packaging, and the Quantum Internet Division, e.g., integration into optical devices for spin qubits, photon detection, interconnects. We are interested in superconducting materials and processes that enable improved performance, reproducibility, and integration across quantum-device technologies. We expect you to establish and lead an independent research group, aquire national and internaltion funding, develop an excellent research program, including outreach and valorisation, and contribute to the organization of QuTech. Would you be interesting in knowing more about the role please click on the link below. https://careers.tudelft.nl/job/Delft-Group-Leader-Superconducting-Materi... Log in or register to post comments

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Source: Quantiki