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…
Continue reading Quantum sensor breakthrough could finally map proteins and other biomoleculesA 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 the sensor’s spin coherent for about 400 µs—roughly 60 × longer…
Continue reading Quantum sensor breakthrough brings single‑molecule protein mapping closer to realityAt 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 subtle variations—”bumps and wiggles”—in Earth’s magnetic field, offering a GPS‑alternative…
Continue reading Quantum Sensing Takes a Leap Forward with Ultra‑Sensitive Magnetic and Battery‑Monitoring DevicesAt 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 accuracy, a capability likened to how migratory birds sense magnetic…
Continue reading Quantum Sensing Gains Momentum as Industry Rolls Out Ultra‑Sensitive Navigation and Defense Devices
