IBM Research takes responsibility for technology and its role in society. Working in IBM Research means you'll join a team who invent what's next in computing always choosing the big urgent and mind-bending work that endures and shapes generations. Our passion for discovery and excitement for defining the future of tech is what builds our strong culture around solving problems for clients and seeing the real world impact that you can make.
IBM's product and technology landscape includes Research Software and Infrastructure. Entering this domain positions you at the heart of IBM where growth and innovation thrive.
You are a passionate and technically skilled individual desiring to advance the field of quantum computing research. This role sits at the intersection of research and enablement and it is ideal for someone who has is considerable appreciation for a wide range of scientific disciplines thrives on explaining complex concepts is highly collaborative and enjoys devising creative solutions to difficult problems. As a Quantum Algorithm Research Intern you will work closely with quantum researchers. In this role you will provide support in advancing quantum computing research as applied to a variety of domain sciences. This role will give you the necessary exposure and experience to our team across multiple ecosystems. You must be passionate not only for technology but also for working collaboratively on projects and delivering high quality results. The ideal candidate must also possess communication skills appropriate for engaging scientists and the ability to elucidate complex concepts to technical and non-technical audiences.
- Strong background in physics chemistry computer science or similar
- Demonstrated proficiency in Python and Qiskit SDK
- Understanding of common quantum algorithms
- Exceptional communication skills both written and verbal
- Ability to disseminate complex concepts to technical and non-technical audiences
- General knowledge of superconducting qubits
- Familiarity with quantum error suppression and mitigation techniques
- Practical experience executing workloads on IBM quantum devices
- Familiarity with limitations of classical computing
- Publication(s) in the area of quantum computational science