Promethium riddle geometry

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Pm 148 is a chemical element known as promethium. It's highly radioactive but surprisingly lighter than gold or mercury. The riddle remains: Why does Pm decay in 12 years, yet it weighs less than tungsten? The core of Pm consists of a 4x4x4 cube structure that's inherently unstable. In contrast, tungsten features a stable 3x3x3 cube configuration. The periodic table of nuclear structure reveals that only Tc, Pm, Pa, and Og possess the unique characteristic of having a central cube-4 arrangement. According to my research paper, which was published in the Journal of Nuclear Physics in March 2019, I, Alan Folmsbee, introduced these groundbreaking ideas. You can also find them on my YouTube channel, where I've shared 27 insightful videos. The rules governing charge distribution within each nucleus are outlined here: https://impuremath.wordpress.com/charge/. In a cube structure, protons repel one another, whereas outside the cube, they form lines of protons. My exploration of iron's cube-3 lattice led to a profound discovery. When I created a cube-4 analog of this lattice, an element emerged that wasn't predicted. This element turned out to be promethium 148. By arranging three-layer pyramids on a 4x4x4 cube, I inadvertently stumbled upon the correct mass number for this element: 64 baryons in the cube-4 structure (4*4*4=64), 14 baryons in each pyramid-3 (9+4+1=14), and 6 faces with 84 pyramids combined (6*14=84). The mass number of this element was calculated by adding the baryons from both structures: A = 64 + 84 = 148. This result matched a reference, which revealed that the element in question is indeed promethium 148. My theoretical physics may not be widely accepted by educators, but correct theories consistently yield accurate results quickly.