qubitsok.com
Cut Noise. Work Quantum.
Americas, United States, Boston
•
Posted 14 days ago
🏢 QuEra
•
USD 130K - 211K per year
Role Type
Role Focus
Seniority
Employer Type
QuEra Computing is seeking an impact-motivated researcher specializing in quantum error correction and decoding. This role involves developing and implementing quantum error correction protocols and decoding algorithms on unique hardware, with a strong focus on utilizing machine learning techniques. The scientist will address complex challenges, including designing hardware-efficient schemes, developing protocols for fault-tolerant logic, and implementing advanced fault-tolerant quantum algorithms.
Key Responsibilities
Develop and implement quantum error correction protocols and decoding algorithms on the unique hardware.
Focus specifically on using machine learning methods for quantum error correction design and decoding.
Design protocols for executing fault-tolerant quantum logic.
Implement fault-tolerant quantum algorithms using developed methods.
Collaborate with academic and industry partners to solve fascinating challenges.
Required Skills
PhD in Physics, Computer Science, Mathematics, Electrical Engineering, or equivalent experience
Experience in machine learning applied to scientific problems
Experience in quantum computing and quantum error correction
Exceptional publication record in relevant fields
Strong written and verbal communication skills
Strong software skills
Nice-to-have Skills
Experience simulating error correction protocols
Experience collaborating with experimental teams or implementing error correction protocols on hardware
Experience with high-performance software development and real-time operations
Technology Tags
The job centers entirely on developing and implementing QEC protocols and decoding.
The role specifically involves developing and implementing decoding algorithms for QEC protocols.
The role specifically focuses on the use of machine learning methods for decoding and QEC design.
A key outcome is the design of protocols for executing fault-tolerant quantum logic and algorithms.
The hardware platform used is explicitly specified as a Rydberg atom quantum computer.
The preferred qualifications include experience simulating error correction protocols.
Strong software skills and high-performance software development are required for implementation and simulation.