quantum-computing

Postdoctoral and PhD Positions in Quantum Computing supported by ERC Consolidator Grant BeyondDFT

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⚡ Quantum Brief

A prestigious ERC Consolidator Grant funds new PhD and postdoc positions in quantum computing, focusing on advancing algorithms for many-body quantum systems. The roles target groundbreaking research in quantum state preparation and circuit complexity. Led by Christian Schilling, the Theoretical Quantum Physics group seeks candidates with expertise in quantum algorithms or complexity theory. The team will relocate from LMU Munich to the University of Geneva by September 2026. The research aims to exploit structural features of many-electron wave functions—like cusp conditions—to enhance quantum simulation efficiency. The approach merges rigorous many-body theory with exploratory quantum computing methods. Applications are open until March 15, 2026, with flexible start dates, ideally beginning September 1, 2026. Candidates must demonstrate outstanding motivation and a strong theoretical background. Further details are available via Schilling’s research group webpage, which outlines the project’s foundational and mathematically driven goals in quantum computing.

Postdoctoral and PhD Positions in Quantum Computing supported by ERC Consolidator Grant BeyondDFT

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Postdoctoral and PhD Positions in Quantum Computing supported by ERC Consolidator Grant BeyondDFT Application deadline: Sunday, March 15, 2026Research group: Theoretical Quantum Physics LMU Munich (Christian Schilling)Employer web page: https://sites.google.com/view/christianschilling/open-positionsJob type: PhDPostDocTags: quantum computingquantum algorithmsquantum complexity theoryApplications are invited from outstanding and highly motivated PhD students and postdoctoral researchers with a strong background in quantum computing, quantum algorithms, or quantum complexity theory. The positions are related to the ERC Consolidator Grant-funded research programme BeyondDFT. The Schilling group is expected to relocate to the University of Geneva on 1 September 2026. Our quantum computing research aims to develop more efficient quantum algorithms for determining ground and excited states of interacting many-body quantum systems. The programme addresses foundational and mathematically challenging questions, with a particular focus on identifying universal structural features of realistic many-electron wave functions (for example cusp conditions and correlation structure) and translating them into improved quantum state preparation schemes and circuit complexity bounds. The approach is exploratory, concept-driven, and rooted in rigorous many-body theory. Application deadline: 15 March 2026 Start date: Flexible, ideally 1 September 2026 Further information: https://sites.google.com/view/christianschilling/open-positions https://www.theorie.physik.uni-muenchen.de/lsschollwoeck/schilling_group... Log in or register to post comments

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