Quantum Algorithms Research Intern — Fault-Tolerant Tech

IBM; Cambridge (MA); Sur place; USD 82 000 - 164 000; Temps partiel

Résumé du poste

IBM Research seeks a Quantum Algorithms Theory Intern for 2027 to work with theorists on new quantum algorithms aimed at fault-tolerant quantum computers.

You will explore algorithm design, computational complexity, quantum simulation, and learning/testing methods, collaborating with mentors across the team. A strong foundation in quantum computing and independent research is essential.

Qualifications

• Enrollment in a graduate program (Ph.D. or research-focused Master) in Physics, CS, Math, Engineering, or related field with focus on quantum computing.
• Coursework or research in quantum algorithms, quantum information theory, computational complexity, and linear algebra.
• Experience performing independent theoretical research (coursework projects, thesis, or publications).
• Experience with at least one general-purpose programming language (Python).
• Interest in IBM's fault-tolerant quantum computing roadmap, simulation of physical systems, differential equations, and learning/testing.

Responsabilités

• Investigate a well-defined research question in quantum algorithms for fault-tolerant quantum computation.
• Characterize potential quantum speed-ups by comparing algorithms with state-of-the-art classical methods.
• Discuss connections to implementations with colleagues in compilation and error correction.
• Document and present findings for peer-reviewed publication or conference submission.

Connaissances

Python

Quantum computing

Research independently

Formation

Bachelor's degree

Master's degree

Outils

Qiskit

Git

Description du poste

IBM Research seeks a Quantum Algorithms Theory Intern for 2027 to work with theorists on new quantum algorithms aimed at fault-tolerant quantum computers.

You will explore algorithm design, computational complexity, quantum simulation, and learning/testing methods, collaborating with mentors across the team. A strong foundation in quantum computing and independent research is essential.