Element 118: Oganesson

thingiverse

The element Oganesson boasts 118 protons. Its mass number A is a substantial 294. Consequently, there are 294 neutrons and protons in Og. One image vividly showcases the assembly's midpoint. It rapidly decays to half its initial abundance within just one second. To grasp why I am confident that this description of nuclear structure is accurate, kindly refer to my paper published in The Journal of Nuclear Physics's March 2019 issue. "Magnetism from iron's nuclear structure" by Alan Folmsbee MSEE is a must-read. Visit the evidence website at https://pyramidalcube.blogspot.com/p/evidence.html for further insight. The cube-3 of iron is remarkably stable due to its central baryon. Baryons, comprising neutrons and protons, are essential components in this structure. In stark contrast, the cube-4 of Oganesson is inherently unstable, featuring a void at its core. Interestingly, even carbon's cube-2 is stable despite having a void at its center. This stability stems from carbon's unique configuration, which boasts only one layer of baryons above the central void. With all elements now comprehensively understood, chemistry can reap significant benefits next.