Times Online: One of the most elaborate science experiments ever attempted—the Super-Kamiokande (Super-K) detector in Japan—got underway last month. The experiment involves a vast underground cavern, 50,000 tonnes of ultra-pure water, and thousands of light-sensitive detectors. Super-K’s aim is to capture the neutrino, an elusive particle that has frustrated scientists for decades.The machine, which successfully detected neutrinos for the first time on 22 November, should establish a more precise estimate of their mass as well determining fundamental laws governing neutrino behavior.
An ultracold atomic gas can sync into a single quantum state. Researchers uncovered a speed limit for the process that has implications for quantum computing and the evolution of the early universe.
January 09, 2026 02:51 PM
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