Matthew T. Simons

National Institute of Standards and Technology

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About

Matthew T. Simons is a leading researcher in quantum sensing, specializing in Rydberg atom-based technologies for radio-frequency (RF) field detection and metrology. His work has fundamentally advanced the ability to measure and image RF fields with unprecedented precision, overcoming the limitations of traditional antenna-based systems. Simons is best known for pioneering deep subwavelength RF imaging using atomic sensors, enabling ultra-wideband detection of omni-directional, time-varying fields in a compact form factor. His most-cited paper (2025, with 3 citations) introduces a novel method for determining the angle of arrival of RF fields using subwavelength, amplitude-only measurements of standing waves in a Rydberg atom sensor—a breakthrough that promises to revolutionize applications in communications, radar, and electromagnetic field mapping. This achievement highlights his role in pushing the boundaries of quantum measurement, offering a path toward highly sensitive, miniaturized sensors that can operate across a broad frequency range. Simons’ contributions are shaping the future of atomic-scale sensing, making him a key figure in the transition from classical to quantum-based RF technologies.