Madelung rule violation statistics and superheavy elements electron shell prediction

TL;DR

This paper introduces a tetrahedron periodic table, discusses Madelung rule violations, and proposes a model to predict superheavy elements' electron shell structures, aiding in understanding their properties.

Contribution

It presents a novel tetrahedron periodic table and a probabilistic model for Madelung rule violations to predict superheavy elements' electron configurations.

Findings

Tetrahedron periodic table for superheavy elements

Model for Madelung rule violation probability

Predicted electron shell structures of superheavy elements

Abstract

The paper presents tetrahedron periodic table to conveniently include superheavy elements. Madelung rule violation statistics is discussed and a model for Madelung rule violation probability calculation is proposed. On its basis superheavy elements probable electron shell structure is determined.