qubitsok.com
Cut Noise. Work Quantum.
Europe, France, Grenoble
•
Posted 33 days ago
🏢 Quobly
Role Type
Role Focus
Seniority
Employer Type
This role is for a Senior Quantum Measurement Researcher focused on advancing Quobly's silicon-based quantum microprocessors. The main mission is generating new ideas and renewing the understanding of quantum manipulation and measurement techniques. The researcher will implement original concepts to improve the reliability and efficiency of large-scale quantum processors, focusing specifically on spin qubits.
Key Responsibilities
Develop and implement original concepts to enhance the reliability, robustness, and efficiency of quantum manipulation and measurement.
Propose novel approaches for calibration, optimization, and testing methodologies for spin qubits.
Explore new research directions for the manipulation and measurement of spin qubits relevant to large-scale quantum processors.
Establish academic partnerships with research teams to generate scientific insights and produce publications.
Actively contribute innovative ideas to internal scientific discussions and shape the company's innovation roadmap.
Required Skills
PhD in quantum physics, condensed matter, or related disciplines.
5 years of research experience focused on spin qubits, measurement, control, and calibration.
In-depth knowledge of qubit manipulation, preferably involving spin qubits.
Ability to translate abstract concepts into concrete simulations.
Demonstrated creative thinking and capacity to challenge conventional research approaches.
Technology Tags
The role requires extensive research experience and in-depth knowledge concerning spin qubits.
The company is developing quantum microprocessors based on silicon and specifically working with spin qubits.
The primary focus of the role, Senior Quantum Measurement Researcher, is to improve the efficiency and reliability of quantum measurement.
A key task is to develop concepts to improve the reliability and efficiency of quantum manipulation of qubits.
The role explicitly requires interacting at the level of CMOS concepts applied to spin qubits.
Tasks include proposing new approaches for calibration, optimisation, and testing of spin qubits.
The profile requires the ability to move from abstraction to concrete simulations using quantum models.
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