We are seeking a highly motivated and talented individual for a postdoctoral position in computational materials science. The successful candidate will work on photocatalysts for CO₂ reduction for heterobilayers based on many-body perturbation theory at the GW-BSE level for excitons. This position offers the opportunity to conduct groundbreaking research in a supportive and dynamic environment.

Responsibilities:

- Conduct high level research in computational materials science.

- Develop and apply computational models and simulations.

- Collaborate with interdisciplinary teams.

- Publish research results in peer-reviewed journals.

- Present results at conferences and seminars.

Qualifications:

- A PhD in materials science, physics, chemistry or a related field completed by the start date.

- Strong knowledge of computational modeling and simulation.

- Experience with VASP, BerkelyGW Quantum espresso, FHI-aims

- Excellent written and oral communication skills.

- Proven track record of publishing research results.

Application Process:

To apply, please submit the following documents to [email protected] and cc to [email protected]

- A cover letter explaining your interest in the position and your research experience.

- Curriculum vitae with a list of publications.

- Contact information for three references.

Expected start date: April 1, 2024 (subject to funding approval)

Duration: 2 years, with possible extension

Application deadline: Feb 20, 2024