Postdoc in Quantum Dynamics & Imaginary-Time Methods

University of Cambridge; Cambridge; On-site; GBP 34,000 - 42,000; Full time

Job summary

The University of Cambridge in the Chemistry department invites applications for a fixed-term Research Associate (post-doc) to develop methodology based on imaginary-time path-integral approximations and apply it to non-equilibrium nuclear dynamics. The position offers a lively group and strong computational resources.

The successful candidate will benchmark models, develop new approaches, and collaborate with theory groups, with a strong emphasis on mathematical analysis and programming.

Qualifications

• PhD in Physics, Chemistry or Materials Science (or near completion).
• Experience in quantum dynamics simulations and molecular dynamics.
• Proficiency in maths and programming is required.

Responsibilities

• Develop methodology based on imaginary-time path-integral approximations for dynamics.
• Benchmark model systems and develop new methodology for multi-dimensional systems.
• Collaborate with other theory groups and participate in international conferences.

Skills

Quantum dynamics simulations

Molecular dynamics techniques

Imaginary-time path integrals

Strong mathematical background

Programming expertise

Education

PhD in Physics, Chemistry or Materials Science

Tools

In-house code development

Large-scale nuclear dynamics code

Job description

The University of Cambridge in the Chemistry department invites applications for a fixed-term Research Associate (post-doc) to develop methodology based on imaginary-time path-integral approximations and apply it to non-equilibrium nuclear dynamics. The position offers a lively group and strong computational resources.

The successful candidate will benchmark models, develop new approaches, and collaborate with theory groups, with a strong emphasis on mathematical analysis and programming.