<ul><li>Subtle quantum effects within atomic nuclei can dramatically affect how some nuclei break apart.</li><li>Study of isotopes below lead mass led to the discovery of a new region in the nuclear landscape where fission fragments split asymmetrically due to quantum shell effects.</li><li>This unexpected finding not only enhances the understanding of nuclear fission but also has implications for safer nuclear energy and the creation of heavy elements in astrophysical events.</li><li>Researchers identified a stabilizing effect of proton shells at Z=36, revealing a new 'island' of asymmetric fission in lighter nuclei, which challenges previous assumptions and expands knowledge on nuclear structure's impact on fission outcomes.</li></ul>

Subtle quantum effects dictate how some nuclei break apart

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