qubitsok.com
Cut Noise. Work Quantum.
Americas, United States, Berkeley
•
Posted 109 days ago
🏢 Atom Computing
Role Type
Role Focus
Seniority
Employer Type
This role is for a Quantum Error Correction Software Engineer who will contribute to the architecture and strategy of error correction in neutral atom quantum computers. The engineer will utilize a background in quantum information theory to research quantum error correcting codes and design fault-tolerant quantum computation demonstrations. Key tasks include developing software for compilation, real-time decoding, and simulation to advance the state-of-the-art in quantum computing.
Key Responsibilities
Conduct research related to quantum error correcting codes and fault-tolerance.
Design and implement demonstrations of fault-tolerant quantum computation.
Manage real-time decoding and classical feedforward during fault-tolerant quantum computation.
Perform compilation of quantum circuits.
Analyze data generated from quantum hardware performing error corrected computation.
Required Skills
Experience developing software for quantum computers in industry or academia.
Solid understanding of quantum computing and quantum information concepts.
Proficiency in Python coding.
Proficiency in one or more compiled languages (such as Rust, C, or C++).
Familiarity with Git version control.
Experience with quantum error correction theory.
Ability to translate research results into functional production code.
Technology Tags
This is the primary focus, involving research and implementation of quantum error correcting codes.
The entire job centers around contributing to the architecture and strategy of error correction and fault tolerance.
Coding proficiency in Python is explicitly required for this software engineering role.
The company builds quantum computers using arrays of optically trapped neutral atoms.
A core responsibility is the compilation of quantum circuits.
The role requires a solid grasp of quantum information concepts and error correction theory.
Responsibilities include compilation and real-time feedforward interfacing with atomic qubit arrays.