Super magnet reveals nuclear fission secrets by testing 100 exotic atomic nuclei
SMRTR summary
Nuclear fission research on 100 exotic nuclei reveals surprising insights. Scientists at Chalmers University found that a specific number of protons (36) in the lighter fragment causes asymmetry in fission products. This discovery improves understanding of nuclear reactions and element formation in the universe, potentially leading to cleaner energy production. The study used a super-conducting magnet to examine nuclei of platinum, mercury, and lead with more protons than neutrons.
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