Everything for Everyone in a Fractal Model: How the Shape, Composition, and Symmetry of Field Energies Define Mass and Bonding in the Chemical Elements and Establishes the Geometry of Our Universe

Finally, visible answers to the questions, "What do the chemical elements look like?" "What is mass?" , and "How do the Chemical elements decide what kinds of bonds to make?" "Where is all the anti-matter?" These models are so easy to read, that even very young students can see where the potential covalent, ionic and Van der Waals bond locations on each element will be. The models are quantified in energy and mass by the AutoCAD 3-D drawing environment following Einstein's mass to energy and relativity equations. The universal "cold" bond angle is defined, and the variations ambient energy makes to it causing the phases of matter are also defined by Einstein's relativity equations. Mass and inertia are structurally defined through the photo-electric effect from kinetic energy into the electron and the largest isotopes by the reiterations of the fractal. The inverse square law is obeyed inside and outside of matter. This model describes how energy exists digitally defining mass, and also as analog waveforms in the four energetic fields that surround mass, without ever becoming a particle, only energy that acts like particles. There is no wiggle room in this precise quantification of fusion, fission, and bonding in the chemical elements, this is everything, everywhere, for everyone.