A mathematical Model of Simulated Periodic Table of Elements

Abstract

The newly mathematical model of atomic structure relates the properties of the parabola to the atoms' shells and orbits. A series of parabolas representing the atom shells, with orbits in a shell equal to the square of shell number, is considered to simulate an element atom. Electrons configuration was developed representing distribution of electrons in orbits of the shells. A new addition of the periodic table of elements based on the electrons configuration was explored. The simulation is very simple and enables to insert new elements to be predicted. The model simulated the recent periodic table in more details. In particular, the transition elements were clearly presented. The periodic table was extended to include additional higher shells. It is an important addition as it opens doors for revealing new symmetries within elements.