<ul data-eligibleForWebStory="true"><li>Yale researcher David Moore discussed practical experiments using levitated microspheres as quantum sensors to detect neutrinos, aiming to spot them within months.</li><li>Moore's previous work involved detecting alpha decay of lead-212 atoms using trapped silica spheres, winning a Physics World award in 2024.</li><li>The new experiment involves stabilizing silica spheres' rotation, cooling them to microkelvin temperatures, and measuring tiny recoils by watching light scatter off the spheres.</li><li>The team plans to use the setup to detect neutrinos by embedding spheres with nuclei undergoing beta decay, potentially leading to dark matter detection.</li><li>The experiment, named 'Search for new Interactions in a Microsphere Precision Levitation Experiment' (SIMPLE), is part of Physics World's contribution to the 2025 International Year of Quantum Science and Technology.</li></ul>

Yale researcher says levitated spheres could spot neutrinos ‘within months’

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