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researchers using operational and information-theoretic tools to gain insights into quantum foundations, causality, and space-time physics. We are convinced that further progress on open problems in physics is
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correlated electronic structure and chemical dynamics, with a view toward implementation on hybrid quantum computing platforms. Opportunities also exist to explore applications in quantum materials. Besides
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ambitious team conducting internationally leading research in the fields of magnonics, spin-wave physics, inverse-design magnonics, spintronics, millikelvin-temperature quantum magnonics, unconventional
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-Waals heterostructures. The research scope of the Research Unit also includes spin-wave physics, inverse-design magnonics, spintronics, millikelvin-temperature quantum physics, unconventional computing