ChibaPIERS2025: SC6: Conference section: Squeezing-based Quantum Metrology and Sensing

This session explores the role of squeezed resources in advancing quantum metrology and sensing, focusing on their ability to enhance measurement precision beyond classical limits. Squeezing, a fundamental resource in quantum metrology, plays a crucial role in reducing uncertainties in parameter estimation and improving the sensitivity of quantum devices. We invite contributions that explore the theoretical foundations, experimental implementations, and applications of squeezing in quantum metrology and sensing, including but not limited to the following topics:

• Fundamentals of squeezed states in quantum metrology
• Squeezing techniques and state generation
• Noise mitigation and error correction in squeezing-based metrology
• Squeezing and multi-parameter quantum metrology
• Hybrid quantum systems for squeezing-based metrology
• Squeezing in quantum imaging and microscopy.
• Applications in precision measurements, gravitational wave detection, medical imaging, and more.