Postdoc: Quantum Many-Body Scars & Numerical Methods

Natural Sciences - Institut for Fysik og Astronomi; Denmark; On-site; DKK 420,000 - 540,000; Full time

Benefits offered by this job

International research group

Equality and professional environment

Open scientific discussions

Networking and social activities

Job summary

Aarhus University’s Department of Physics and Astronomy invites applications for a 27-month postdoctoral position focused on quantum many-body scars. The successful candidate will join a new research project and work on model construction and simulations on our computer cluster.

Starting January 1, 2027, the role involves disseminating results at conferences, publishing, and collaborating with a strong international team to explore nonthermal physics in strongly correlated quantum systems.

Qualifications

• PhD in physics or closely related field before start date.
• Excellent writing and oral English required.
• Experience with quantum many-body scars is an advantage.
• Experience with numerical methods for quantum many-body systems is required.
• Strong collaborative skills are important.

Responsibilities

• Join efforts to explore nonthermal physics in strongly-correlated quantum systems.
• Contribute to the dynamics of quantum many-body scars through model construction and simulations.
• Run simulations on the university computer cluster and analyze results.
• Disseminate results at conferences and meetings.

Skills

Quantum physics

Numerical methods

English communication

Teamwork

Education

PhD in Physics

Job description

Aarhus University’s Department of Physics and Astronomy invites applications for a 27-month postdoctoral position focused on quantum many-body scars. The successful candidate will join a new research project and work on model construction and simulations on our computer cluster.

Starting January 1, 2027, the role involves disseminating results at conferences, publishing, and collaborating with a strong international team to explore nonthermal physics in strongly correlated quantum systems.