SNO+ Experiment Detects Distant Reactor Antineutrinos Using Water

SNO+ Experiment Detects Distant Reactor Antineutrinos Using Water

Scientists at the underground SNO+ laboratory in Ontario, Canada reported detecting antineutrinos from a nuclear reactor using a water-filled detector. The antineutrinos originated from a reactor located roughly 150 miles away. The detection was achieved with pure water, marking the first time such a low-cost medium has been used to capture distant reactor antineutrinos.

Researchers said the result demonstrates a potential method for remote monitoring of nuclear reactors. The finding was reported by Yahoo, citing the SNO+ collaboration.

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SNO+ experiment Logan Lebanowski University of California, Berkeley

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July 01, 2026
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Water Detector Captures Antineutrinos From Reactor 150 Miles Away
Water Detector Captures Antineutrinos From Reactor 150 Miles Away

Yahoo • 01 Jul 12:48

Scientists at the underground SNO+ laboratory reported the first detection of reactor antineutrinos using pure water, demonstrating a low-cost method for remote monitoring of nuclear reactors.

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