- Sydney, New South Wales, Australia
- On-site
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