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Salahuddin Nur completed his PhD in silicon quantum technologies at University College London, working under Professor John Morton in the Quantum Spin Dynamics group. His doctoral research concentrated on developing an optical readout technique for donor qubits in silicon, which involved the design, fabrication, and testing of photonic structures and cavities to enhance zero-phonon emissions from donor-bound excitons. After completing his PhD in 2018, Dr. Nur joined the Quantum Nanophotonics group at Imperial College London, where he investigated photonic structures and optical cavities while coupling novel quantum emitters to develop efficient single-photon sources. In February 2021, he transitioned to the Quantum Integration Technology group at the Ishihara Lab, focusing on scalable fabrication processes and on-chip integration for diamond-based quantum technologies. His research in this context included integrating photonic and electronic circuits with diamond spin systems and incorporating diamond color centers to advance scalable, compact, and high-speed quantum computing technologies. As of October 2023, Dr. Nur serves as an Assistant Professor in the Quantum and Computing Engineering department at Delft University of Technology, where his research interests center on the scalable fabrication and integration of diamond spin quantum systems, alongside applications in chip-scale quantum computers, biosensors, MASERs, and quantum transducers.
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