qubitsok.com
Cut Noise. Work Quantum.
Americas, United States, Mountain View
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Posted 13 days ago
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USD 166K - 244K per year
Role Type
Role Focus
Seniority
Employer Type
This Senior Research Scientist position focuses on developing leading-edge techniques for practical quantum computation using Google's processors. The role requires leveraging a strong theoretical foundation to bridge abstract protocols with real-world hardware performance. Key duties involve leading research in error mitigation theory, numerical modeling, and optimization of existing quantum approaches. The scientist will also play a crucial role in complex quantum experiments and collaborate closely with experimental teams.
Key Responsibilities
Lead the research and development of robust quantum error mitigation and suppression protocols.
Design theoretical mitigation frameworks for major quantum experiments and demonstrations.
Conduct rigorous numerical simulations and modeling to connect theory with practical experiments.
Work closely with experimentalists to address critical issues preventing noise-free results.
Pioneer and publish high-impact scientific findings to advance the field and influence research trajectories.
Required Skills
PhD degree in Physics, Computer Science, Engineering, Quantum Information Science, or a related technical field.
Two years of experience in Quantum Computing, Chemistry, Computational Physics, Mathematical Modeling, or Applied Mathematics.
Experience modeling quantum noise and implementing error mitigation or suppression techniques in noisy quantum systems.
Experience operating experimental quantum systems.
Nice-to-have Skills
Experience contributing to or leading projects within large-scale industry or scientific collaborations.
Expertise in advanced quantum protocols and characterization methods.
Technology Tags
The primary focus of the role is leading the research and development of error mitigation and suppression protocols.
The role explicitly aims to develop methods towards future large-scale error-corrected systems.
The role requires experience in noisy quantum systems and quantum noise modeling, which utilizes the Open Quantum Systems framework.
The role focuses on advanced error mitigation techniques, of which Zero-Noise Extrapolation is a key example.
The scientist must develop and architect robust protocols, often relying on quantum control methods.
The job requires driving rigorous numerical simulations and modeling, necessitating significant computing resources.
The theoretical protocols are applied to practical quantum computation on Google ’s state-of-the-art processors, which are based on superconducting technology.