Quantum Information Theory Fellow - Research & Resources

Nanyang Technological University; Singapore; On-site; SGD 60,000 - 80,000; Full time

Benefits offered by this job

Access to world-class research facilities

Collaboration with leading researchers

Opportunities for grant activities

Job summary

A leading global university in Singapore is seeking a Research Fellow in Physics to conduct research in quantum information theory and related fields. The role emphasizes collaboration, publishing high-quality research in top journals, and mentoring students. The successful candidate will contribute to the university’s dynamic research environment and may explore funding opportunities. Ideal applicants hold a PhD in Physics and have a strong publication record, with expertise in quantum correlations and resource theories.

Qualifications

• Strong research track record in quantum information theory or quantum foundations.
• Expertise in quantum correlations, coherence, entanglement, or resource theories.
• Experience in quasiprobability methods or operational approaches to quantumness is advantageous.

Responsibilities

• Conduct high-quality research in quantum information theory and related fields.
• Develop theoretical frameworks connecting quantum resources and communication.
• Publish research findings in leading peer-reviewed journals.
• Contribute to grant deliverables and assist in funding opportunities.
• Collaborate with internal and external research partners.
• Supervise graduate students and mentor junior researchers.

Skills

Quantum information theory

Quantum resource theories

Strong analytical skills

Publication record

Education

PhD in Physics or related discipline

Job description

A leading global university in Singapore is seeking a Research Fellow in Physics to conduct research in quantum information theory and related fields. The role emphasizes collaboration, publishing high-quality research in top journals, and mentoring students. The successful candidate will contribute to the university’s dynamic research environment and may explore funding opportunities. Ideal applicants hold a PhD in Physics and have a strong publication record, with expertise in quantum correlations and resource theories.