Research Fellow (Dept of Physics)

National University of Singapore; Singapore; On-site; SGD 70,000 - 90,000; Full time

Job summary

A leading educational institution in Singapore seeks a researcher for quantum simulation and topological systems. The role involves developing numerical methods, optimizing quantum computing algorithms, and enhancing quantum bilayer devices. A PhD in Physics and experience in quantum software development are essential. Collaboration with local and international teams is expected.

Qualifications

• Proficiency in utilizing numerical methods for solving complex problems in quantum many-body physics.
• Hands-on experience with quantum simulators and numerical condensed matter computations.
• Hands-on experience with quantum simulators and numerical computations.

Responsibilities

• Undertake research on quantum many-body physics and quantum simulation.
• Design and optimize algorithms for quantum computing.
• Identify, characterize, and model Moire interference in quantum bilayer devices.

Skills

Deep understanding of quantum many-body physics and quantum computing

Skilled in designing and developing numerical diagonalization code

Ability to work effectively within teams

Education

PhD in Physics

Tools

Qiskit

Job description

Interested applicants are invited to apply directly at the NUS Career Portal

Your application will be processed only if you apply via NUS Career Portal

We regret that only shortlisted candidates will be notified.

Job Description

The successful candidate will work with Dr Lee Ching Hua on the quantum simulation and design of novel topological systems under a project on the engineering of non-Hermitian and Moire Physics in 2D condensed matter systems.

The main responsibilities of the position include:

1. Undertake research on quantum many-body physics and quantum simulation. Develop advanced numerical methods to tackle complex many-body problems.
2. Design and optimize algorithms for quantum computing, significantly enhancing the performance of quantum simulations and exact diagonalization.
3. Identify, characterize, and model Moire interference in quantum bilayer devices. Improve noise mitigation strategies to enhance the performance and accuracy of such computations.

Qualifications

Qualifications / Discipline:

• PhD in Physics.
• Proficiency in utilizing numerical methods i.e. tensor networks, neural quantum states for solving complex problems in quantum many-body physics.

Skills:

• Deep understanding of quantum many-body physics and quantum computing.
• Skilled in designing and developing numerical diagonalization code optimized for implementation on quantum hardware.
• Ability to work effectively within teams, including collaboration with local and overseas research groups.

Experience:

• Experience in coding in quantum software development environments (e.g. Qiskit).
• Hands‑on experience with quantum simulators and numerical condensed matter computations. Experience in optimizing algorithms for better performance on quantum hardware.
• Demonstrated strong track record in research with outcomes of high quality and high impact.