The Quantum Error Correction Theory Intern - 2027 will join the IBM Quantum team as a theoretical research scientist to advance the field of fault-tolerant quantum computations. The primary responsibility involves investigating topics of theoretical importance, specifically focusing on quantum error correction, decoding theory, fault-tolerant algorithms, information theory, and compilation. The successful candidate will perform theoretical research to solve problems of strategic interest to the roadmap for fault-tolerant quantum computing. Required skills include experience in academic graduate programs related to quantum computing, proficiency in general-purpose programming languages like Python, and familiarity with scientific libraries such as numpy, scipy, and matplotlib. Candidates should also possess knowledge of Qiskit, Git, and AI tooling for research to support the development of practical, large-scale quantum computing technologies.
Investigate theoretical topics of importance to fault-tolerant quantum computations.
Conduct research in quantum error correction and decoding theory.
Develop fault-tolerant algorithms and research information theory.
Perform research related to quantum compilation.
Solve problems of strategic interest to the roadmap for fault-tolerant quantum computing.
Use general-purpose programming languages like Python to perform research.
Utilize Qiskit and AI tooling to advance quantum computing research.
What we're looking for
Doctorate Degree (preferred).
Experience in an academic graduate program related to quantum computing, such as error correction, fault tolerant algorithms, information theory, decoding theory, or compilation.
Coursework or projects in applicable areas of quantum computing.