Bader Analysis

Bader Analysis is a computational method used in chemistry and materials science to understand how electrons are distributed within a molecule or material. It divides the electron density into specific regions associated with individual atoms, based on the shape of the density itself, rather than arbitrary boundaries. This approach helps scientists identify how electrons are shared or transferred between atoms, providing insights into chemical bonding, reactivity, and electronic properties. By analyzing these electron regions, Bader Analysis offers a detailed picture of the electronic structure of complex systems.