Radon nuclear structure theory

thingiverse

The key element thorium is built on a foundation of radon's atomic nucleus. Radon, being a gas with an extremely short half-life of less than four days across all its isotopes, serves as the base for this concept. However, the theory has not been approved by educators or any other individuals. The radon nucleus has a mass number of 220 in Blender 3D and .obj files designed for 3D printers. This model utilizes three modules from previous loads: cube-3, pyramid-2, pyramid-3, and the dilated composite pyramid derived from polonium. Adding protons brings Z to 86 for Rn 220. These protons are positioned in the center of the cube and on pyramid-3, along with a long line of protons extending across two sides of the Rn nucleus. The resulting nucleus resembles a dart or jet engine, featuring a distinct nose and tail end, visible from top and bottom views as seen in this thingiverse design. A collision between radon and approaching matter near the nose end can hit the armor of pyramid-6 or target the tip of pyramid-3, triggering decay. Experimental evidence has revealed a "pear shape" for the nuclear structure of Rn. For further insight, refer to this paper by L.P. Gaffney et al., which offers experimental confirmation of the theory through studies using accelerated radioactive beams.