PhD Position in Quantum Control of Spin-Based Qubits

This PhD position at Delft University of Technology (TU Delft) focuses on advancing quantum control techniques for spin-based qubits in solids, particularly in diamond and silicon carbide. The research aims to achieve high-fidelity quantum operations that are scalable to large networks, essential for quantum communication and distributed quantum computing. The successful candidate will work within the Taminiau Lab, an international and collaborative environment dedicated to quantum technologies, under the supervision of Dr. Tim Taminiau. The role involves experimental quantum physics, quantum gate design, and understanding spin physics to address challenges in noise and Hamiltonian modeling. The position is part of QuTech, a leading center for quantum technology research.

• Develop and implement high-fidelity quantum control protocols for spin-based qubits in diamond and silicon carbide.
• Investigate spin physics, including Hamiltonian modeling and noise processes, to optimize qubit performance.
• Design and test quantum gates for scalable qubit networks, aiming for high-fidelity operations.
• Collaborate with an international team in a dynamic research environment focused on quantum technologies.
• Present research findings at conferences and publish results in peer-reviewed journals.
• Participate in the TU Delft Graduate School’s Doctoral Education Programme for skill development.