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Investigating Quantum-Enhanced Metrology Using Interacting Spin Models Realized in Molecular Tweezer Arrays

Organization Princeton UniversityLocation PRINCETON, United StatesPosted 1 Aug 2025Deadline 31 Jul 2028
NSFUS FederalResearch GrantScience FoundationNJ
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Quantum mechanics sets fundamental limits on how well one can sense and measure signals in the physical world. Without quantum entanglement measurement precision is fundamentally limited to the so-called “Standard Quantum Limit” (SQL). Nevertheless, it is known that the right type of quantum entanglement in systems with many quantum particles…

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Investigating Quantum-Enhanced Metrology Using Interacting Spin Models Realized in Molecular Tweezer Arrays — Princeton | Dev Procure