Overcoming the quantum sensing barrier: New protocol counteracts the limitation of decoherence

Overcoming the quantum sensing barrier: New protocol counteracts the limitation of decoherence

Researchers have demonstrated a new quantum sensing technique that widely surpasses conventional methods, potentially accelerating advances in fields ranging from medical imaging to foundational physics research, as shown in a study published in Nature Communications.

Caltech, Fermilab, and collaborators test quantum sensors for future particle physics experiments

Caltech researchers and collaborators have completed the first lab tests of quantum sensors designed for tomorrow’s high-energy particle colliders, the university announced April 24. The sensors could uncover data on high-energy particles that are smashed together in particle accelerators to produce novel particles unpredicted by the standard model of physics. The work, under the leadership… The post Caltech, Fermilab, and collaborators test qua…

Protocol overcomes the quantum sensing decoherence barrier

The quantum sensing protocol achieved up to 1.65 times greater efficacy per measurement compared to the standard Ramsey interferometry protocol. The post Protocol overcomes the quantum sensing decoherence barrier appeared first on eeNews Europe.

Breaking Through the Quantum Sensing Barrier

In a landmark achievement poised to reshape the landscape of quantum technology, researchers at the University of Southern California have unveiled a breakthrough quantum sensing technique that dramatically exceeds the capabilities of conventional methods. This advancement promises not only to refine measurements in numerous scientific domains but also to catalyze progress in applications as diverse as medical imaging, fundamental physics resear…

The researchers carried out the first measurement of gravitational attraction on a particle with a mass less than half that of a grain of sand. This advance, offering the most accurate measure of this type, opens the way for more in-depth explorations in the quantum field and towards the search for a possible theory [...]