Thomas-Fermi Model

The Thomas-Fermi Model is a theoretical framework used in physics and chemistry to describe the distribution of electrons in atoms and molecules. It approximates the electron density around nuclei by treating electrons as a continuous cloud rather than individual particles. The model simplifies complex interactions by focusing on average properties, making it easier to analyze systems in terms of energy and structure. This approach is particularly useful in solid-state physics and helps explain how materials behave at the atomic level, contributing to our understanding of chemical bonding and conductivity.