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systems, as well as their applications to quantum information processing. The project which funds this position focuses particularly on the interplay of strong correlations and geometric fluctuations in
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will be joining the research group led by Dr. Joost Slingerland, which has a focus on topologically ordered phases of condensed matter systems, as well as their applications to quantum information
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will be joining the research group led by Dr. Joost Slingerland, which has a focus on topologically ordered phases of condensed matter systems, as well as their applications to quantum information
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, which has a focus on topologically ordered phases of condensed matter systems, as well as their applications to quantum information processing. The project which funds this position focuses particularly
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is a transformative initiative aimed at securing tomorrow’s digital infrastructure with quantum-resistant cryptography. In response to the rising threats posed by the evolving quantum computers
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-layer security model that fortifies data protection across diverse infrastructures. Leveraging hardware-accelerated primitives and energy-efficient protocols, this project ensures quantum resilience while
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on topologically ordered phases of condensed matter systems, as well as their applications to quantum information processing. The project which funds this position focuses particularly on the interplay
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well as their applications to quantum information processing. The project which funds this position focuses particularly on the interplay of strong correlations and geometric fluctuations in quantum materials with
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flagship undergraduate degree programmes in Mathematical Sciences, Mathematical Sciences and Physics, Financial Mathematics and Actuarial Science, and Data Science and Analytics, attract some of the highest