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Edwin Kaal: The Proton-Electron Atom — A Proposal for a Structured Atomic Model | EU2017 ThunderboltsProject Edwin Kaal presents a new model for the atom based upon the principles of densest packing, balancing of electrostatic forces, symmetry, and the stable geometry of Platonic solids. Using this model, the sacrosanct “strong force” of the modern theory is not required. In addition, neutrons are redefined as a connection between protons and electrons. Thus, atoms in his model are just protons and electrons in electrostatic and geometric equilibrium. Following simple rules and postulations, a structured atomic model emerges. The shapes represent specific attributes of the elements such as the valence value. The model shows how a number of nucleons and the geometric shapes correlate to the elements; why there are forbidden configurations; and how groups in the periodic table naturally arise. Magnetic spheres can be used to mimic the nucleus-specific construction and can be learned by anyone. Importantly, this model does not contradict the evidence in chemistry and physics, but rather provides a new interpretation and a promisingly fresh approach. With this model, Edwin has been able to resolve enigmas in chemistry and make predictions to inform future research. Edwin Kaal has studied fundamental and environmental chemistry over his lifetime. After working in the IT sector for 10 years, he began to do independent research. His journey of discovery led him to revise the atomic structure. He has always had a passion for the expressions in nature and a fascination for science whereby the elements have always been of special interest and attraction. At EU2016, Edwin presented his re-envisioned atomic structure for the first time in the Breakout Room. He resides in the Netherlands.
