Postdoctoral Researcher in Algorithm Design: We are seeking a highly qualified postdoctoral researcher to join our project on the design and simulation of state-preparation schemes utilizing Rydberg atom quantum computers. This position is part of a collaboration project funded by the Carl-Zeiss Foundation, focusing on efficient tensor network state preparation.
Postdoctoral Researcher in Algorithm Design for Rydberg Quantum Computers
Designation
Postdoctoral Researcher
| Category | Details |
|---|---|
| Research Area | Quantum Information and Quantum Simulation |
| Location | Institute of Condensed Matter Theory and Optics, Jena University |
| Eligibility/Qualification | PhD in Theoretical Physics; expertise in numerical simulation methods in quantum many-body dynamics, quantum optics, or cold atom physics |
| Job Type | Full-time (100%, 39.5 hours/week) |
| Payment | TVL payment class E13 |
Job Description
The researcher will work under the supervision of Martin Gärttner and collaborate with team members on related topics. Close collaborations with partners from Ulm (Patrick Emonts, Tilmann Pfau, and Florian Meinert) will be part of the role. The project focuses on:
- Designing and simulating state-preparation schemes using multi-atom gates on Rydberg atom platforms.
- Demonstrating efficient preparation of tensor network states.
Though there are no formal teaching duties, participation in teaching activities is welcomed. The position is expected to run for at least 2 years, with flexible starting dates.
How to Apply
Interested applicants should submit the following documents in a single PDF file:
- Cover letter (including motivation for applying)
- CV (including publication list)
- Copies of master’s and PhD certificates and academic transcripts
- Contact information for at least two reference letter providers
All applications should be sent to: martin.gaerttner@uni-jena.de
Last Date to Apply
Review of applications will begin on December 27th, 2025. The position will remain open until filled, so early applications are encouraged.
