A postdoctoral researcher in quantum optics and quantum information science focusing on spin-photon interfaces in silicon at DTU Electro.
Locations (3)
Kgs. Lyngby, Denmark
Jülich, North Rhine-Westphalia, Germany
Berlin, Germany
Responsibilities
Devise protocols for large-scale entanglement generation, entanglement purification, and quantum error correction on networks of spin-cavity systems.
Map out the device performance these protocols require and help set the targets for our experiments.
Develop quantum optimal control and heralding schemes that exploit the native control handles of the platform, such as microwave spin control and optical driving, under realistic loss and decoherence.
Explore new encodings that harness spectral and other forms of multiplexing in large-scale programmable photonic circuits.
Lead simulation studies of spin transport and time-dependent spin dynamics in silicon spin‑qubit systems, develop and validate computational models, collaborate with experimentalists, build reusable simulation workflows, and communicate findings across teams.
Responsibilities
Lead simulation studies of spin transport and time‑dependent spin dynamics in silicon spin‑qubit systems.
Develop, validate and improve computational models of open quantum systems, including noise and decoherence.
Collaborate with experimentalists to analyse and interpret measurement data, test hypotheses and guide future experiments.
Build reusable simulation workflows that support device understanding and the development of fault‑tolerant quantum computing.
Communicate findings clearly across theory, measurement and engineering teams.
Requirements
Bachelor’s degree or doctorate in physics, electrical engineering or a closely related field
Nice to have: simulating spin qubits, including electron shuttling or other time‑dependent control and transport problems
Nice to have: working directly with experimental teams and interpreting real device data
Nice to have: knowledge of solid‑state physics, electronic structure, noise characterisation or related quantum‑information topics
Nice to have: developing reliable, maintainable scientific software or simulation infrastructure
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