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

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⚡ Quantum Brief
ERC-funded quantum research positions are now open for PhD and postdoctoral candidates in Christian Schilling’s group, specializing in quantum information theory, entanglement, and many-body systems. The roles support the BeyondDFT project. The research focuses on developing a unified framework for fermionic entanglement, clarifying particle-mode entanglement relations, and replacing heuristic correlation measures with rigorous complexity metrics. Applicants must have strong backgrounds in quantum information theory, entanglement, or many-body physics. The group will relocate to the University of Geneva by September 2026. The application deadline is March 15, 2026, with flexible start dates, ideally beginning September 1, 2026. Further details are available on Schilling’s official website, including project goals and application requirements.
Postdoctoral and PhD Positions in Quantum Information Theory supported by ERC Consolidator Grant BeyondDFT

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Postdoctoral and PhD Positions in Quantum Information Theory 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 information theoryentanglement theoryquantum many-body theoryApplications are invited from outstanding and highly motivated PhD students and postdoctoral researchers with a strong background in quantum information theory, entanglement theory, or quantum many-body 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 research in quantum information theory focuses on developing a unified and operational framework for fermionic entanglement and correlation. A central objective is to clarify the relation between particle and mode entanglement and to establish rigorous complexity measures that replace heuristic notions such as static and dynamic correlation. The work combines tools from quantum information theory, many-body physics, and quantum thermodynamics, with the broader aim of sharpening the conceptual foundations of correlation and chemical bonding. 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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Source: Quantiki