qubitsok.com
Cut Noise. Work Quantum.
Americas, United States, College Park
•
Posted 144 days ago
🏢 IonQ
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USD 93K - 121K per year
Role Type
Role Focus
Seniority
Employer Type
Visa / Relocation Details
IonQ is seeking a QEC Researcher to join a team focused on building advanced quantum computers. This role involves designing and optimizing fault-tolerant quantum computer components, specifically working on quantum error correction codes, decoders, and logical operations. The researcher will contribute to the core architecture of large-scale quantum computing systems.
Key Responsibilities
Contribute to the design of core components for fault-tolerant quantum computer architecture, including quantum error correction protocols, logical operations, or decoders.
Contribute to the development of simulation tools for the quantum error correction team.
Contribute to research papers.
Collaborate with team members across different areas of expertise and experiences.
Required Skills
5 years of research experience
PhD in quantum computing in math, physics, computer science, or a related field
Strong expertise with QEC simulation, physics simulation, Stim, and Monte-Carlo simulations
Nice-to-have Skills
Strong publications and conference talks in quantum error correction
Experience in quantum error correction, logical operations, and decoders
Solid mathematical background in linear algebra, finite fields, probability theory, graph theory, and standard quantum computing techniques
Ability to communicate from community to business to PhD level
Technology Tags
The job is centrally focused on conducting research in quantum error correction.
The core mission is to design IonQ's fault-tolerant quantum computer, with research focused on fault-tolerant quantum computing.
The job is for a QEC researcher contributing to the design of fault-tolerant quantum computers.
IonQ develops quantum computers based on trapped-ion technology, which is central to the role's context.
The job requires developing and using simulation tools for quantum error correction codes.
The role requires a strong mathematical background, including linear algebra, finite fields, probability theory, and graph theory.
The role involves designing logical operations and decoders, which inherently rely on quantum control algorithms.
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