Scientists have just taken a major step closer to unlocking the mysteries of the doubly-magic tin nucleus. By creating a new, more stable form of this elusive atomic nucleus, scientists have opened the door to a clearer understanding of the structure of atomic nuclei. This new form is known as the “doubly-magic” tin-126 nucleus, and it is believed to be the most stable of all tin isotopes. Researchers at the University of York, in collaboration with the University of Manchester and the Lawrence Berkeley National Laboratory, have now identified this new form of tin-126, which has never before been observed in nature. This new form is believed to be the most stable isotope of tin, and could hold the key to unlocking the secrets of atomic nuclei.

This new discovery marks a major breakthrough in the field of nuclear physics and could have wide-reaching implications in many areas of science. This research could provide a better understanding of how elements and atomic nuclei interact, and could help to explain the origin of the elements in the universe. The team of researchers have also provided valuable insight into theories of nuclear structure, which could prove to be invaluable in the future.

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source: Phys.org