PhD student (4 years).
We are seeking a motivated PhD student that is interested to work on quantum information and mathematical optimization in the group of Felix Huber. Topics they can expect to work on are:
- approximation algorithms in QIT (e.g. ground state energies)
- symmetry- and size reduction of polynomial optimization problems.
- characterization of quantum codes and quantum capacities
- characterization of quantum correlations, entanglement, nonlocality
- machine learning for optimization problems
This four-year position is part of the project “Mathematical Optimization in Quantum Information”, funded by the National Science Centre in Poland, and profits from vibrant quantum research in at the Institutes of Theoretical Physics and Informatics of U. Gdańsk and the ICQT Gdańsk.
Candidates should have training or experience in the following areas: quantum information and computation, mathematical programming, combinatorial optimization, or coding theory. We appreciate a proactive personality with a good ability for cooperation, a methodological way of working, and proficiency in English. Programming experience (Python/Julia, Sage, GAP, semidefinite programming) is a plus.
The position is offered for 4 years. The candidate will join the doctoral school at U. Gdańsk, receiving a stipend of approx. 5000 PLN net + salary of 3466 PLN gross (5000 PLN net + 5340 PLN gross after successful midterm evaluation) and travel funding. The position includes Polish social security coverage and health insurance. See Calculla for approximate net earnings, and Numbeo for cost of living estimates.
Applicants should send their applications (one pdf file containing: CV, motivation letter, diploma, contact details of two references, signed data processing statement), Msc thesis) with subject “NCN PhD 2026: Surname” to: felix.huber@ug.edu.pl
Application deadline: 30.06.2026. More details on the recruitment process can be found at NCN. The starting date is negotiable, preferably 01.10.2025.
We welcome applicants from all backgrounds, and promote a friendly, safe, and supporting team work environment.
