A new quantum‑sensing platform built at the University of Waterloo demonstrates that a single molecule can serve as a detector of atomic‑scale magnetic signals. By extending the sensor’s spin coherence to about 400 µs—roughly sixty times longer than conventional methods—the …
Quantum sensor breakthrough brings single‑molecule protein mapping closer to reality
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A team at the University of Waterloo’s Institute for Quantum Computing has demonstrated a new quantum‑sensing method that uses a single molecule to detect atomic‑scale magnetic signals. By keeping …
Quantum Sensing Takes a Leap Forward with Ultra‑Sensitive Magnetic and Battery‑Monitoring Devices
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At the recent MIT EmTech Future conference, quantum‑sensor makers highlighted several breakthroughs that signal a rapid move from prototype to real‑world deployment. Q‑CTRL unveiled a sensor that maps …
Quantum Sensing Gains Momentum as Industry Rolls Out Ultra‑Sensitive Navigation and Defense Devices
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At MIT's EmTech Future 2026, leaders highlighted rapid advances in quantum sensing, noting that Q‑CTRL’s new sensor can detect minute variations in Earth’s magnetic field to improve navigation …