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IonQ is seeking a Senior Staff Scientist specializing in Fault-Tolerant Quantum Algorithms to lead the development of innovative quantum solutions. The role involves guiding cross-functional teams and driving research in quantum algorithms, with a focus on practical applications and industry impact.
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Job Summary
Influence the quantum applications roadmap towards fault-tolerant quantum algorithms that will make a large scientific and commercial impact by leading the origination, execution, and optimization of novel, end-to-end quantum algorithms.
Define, develop, and drive adoption of industry-leading benchmarking and resource estimation methodologies, metrics, and tools.
Develop portfolio of foundational IP and high-impact-factor peer-reviewed publications; represent IonQ externally with customer/clients and at conferences.
Matching Summary
Match Score: 75
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IonQ is seeking a Senior Staff Scientist specializing in Fault-Tolerant Quantum Algorithms to lead the development of innovative quantum solutions. The role involves guiding cross-functional teams and driving research in quantum algorithms, with a focus on practical applications and industry impact.
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Salary
Base: $192,979 - $252,659; Bonus/Equity: Included; Benefits: Comprehensive medical, dental, and vision plans, matching 401K, unlimited PTO and paid holidays, parental/adoption leave, legal insurance, and a home technology stipend.
Skills & Requirements
Must-have
Fault-tolerant quantum algorithms
Quantum applications roadmap
Resource analysis of quantum algorithms
Develop foundational IP and publications
Lead technical interactions across teams
Nice-to-have
Commercializing end-to-end software
Hybrid computing experience
Government contracting experience
Key Requirements
PhD in physics, mathematics, computer science, or similar field, or equivalent work experience + 5 years of professional experience in quantum computing
13+ years of professional experience
Demonstrated expertise in FTQC algorithms
Active participant in the FTQC algorithm community
Mastery of key mathematical techniques in quantum computing