QRUM-Inspired Phase-Sensitive Detection Framework for Weakly Interacting Quantum Fields

Key Points

• This research aims to propose a framework for phase-sensitive detection of weakly interacting quantum fields.
• Developed a QRUM-inspired framework for precision metrology.
• Utilized superconducting resonators and atom interferometers for experimental setup.
• Implemented correlated coherent observation systems for data collection.
• Demonstrated improved precision in detecting weakly interacting quantum fields.
• Showed significant enhancements in measurement techniques for quantum systems.