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Health & Science2h 31m ago
Researchers are detailing quantum sensing protocols that utilize enhanced properties near quantum phase transitions to improve precision, addressing limitations in scalability and environmental noise.
Dublin, Ireland; Aalto, Finland; Rome, Italy
Who
Researchers from University College Dublin, Aalto University, ISC-CNR, and Sapienza University (George Mihailescu, Uesli Alushi, Roberto Di Candia, Simone Felicetti, Karol Gietka)
What
Researchers are detailing quantum sensing protocols that utilize enhanced properties near quantum phase transitions to improve precision, addressing limitations in scalability and environmental noise.
When
Tue, 16 Jun 2026 09:33:45 GMT · 2h 31m ago
Where
Dublin, Ireland; Aalto, Finland; Rome, Italy ·
Why
The research aims to overcome practical hurdles related to scalability and environmental noise in quantum technologies by exploiting heightened sensitivity and nonclassical correlations near critical points.
The Frontline Impact
How this affects you
This new paradigm in quantum sensing could lead to more robust and precise quantum sensors, potentially enabling advancements in fields like materials science and thermometry by leveraging unique properties of quantum phase transitions. It provides a pathway to translate laboratory demonstrations into real-world applications.
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