Senior Research Scientist, Silicon Spin Qubits

About the role

In this role,you will work in a team of quantum scientists to develop software solutions for calibration and optimization of quantum dot devices. You will focus on building robust routines for coarse tuning, calibrating high-fidelity single- and two-qubit gates, optimizing the full processor at scale, and maintaining peak performance in real time. You will collaborate regularly with other cross-functional teams, such as research, product, and engineering, to apply your insights to a variety of quantum computing challenges and turn your ideas into usable software tools. This position offers the opportunity to work at the forefront of quantum computing, driving innovation and delivering impactful solutions.

What you’ll be doing:

• Perform cryogenic measurements and characterization of quantum dot-based qubits.
• Invent, implement, and test novel control protocols for all the required bring-up steps, starting from coarse tuning to optimizing two-qubit gates.
• Develop scalable protocols for processor-wide optimization (e.g., cross-talk mitigation, leakage reduction, and defect mitigation) and real-time retuning.
• Collaborate with your colleagues in the engineering and product teams to translate ideas and research outcomes into production-level software.
• Explain, document, and present research solutions in accessible language.
• Engage with researchers at partnering companies and organizations to discuss current and future Q-CTRL calibration routines.
• Drive product development & delivery, translating research innovations into practical solutions.

Ideally you'll have:

• An advanced degree in Physics, Engineering, or a closely related discipline. A PhD is preferred, but we also consider exceptional candidates with previous industry experience.
• 3+ years of experience conducting research in a relevant field.
• Previous experience in tune-up and characterization of quantum dots.
• Expertise in numerical techniques, statistical learning, and optimization algorithms.
• A good grasp of software development best practices and experience in developing software modules for qubit measurement and control (Python, C++, Rust). Familiarity with modern AI tools for software is a plus.