Electronic Structure is a multidisciplinary journal dedicated to promoting the study of electronic structures, covering a wide range of theoretical and experimental areas. The journal focuses on all aspects of electronic architecture, including the development of new methods, advances in computational techniques, and innovations in experimental techniques. These studies are not only important for basic science, but also have a profound impact on multiple applied fields such as materials science, physics, chemistry and biology.

In materials science, the study of electronic structures helps scientists understand the properties of materials, such as electrical, magnetic, and optical properties, which are crucial for the design and optimization of new materials. In physics, the theory of electronic structure provides a key framework for understanding fundamental phenomena in solids, liquids and gases, while in chemistry it helps to reveal the interactions between molecules and their reaction mechanisms. In addition, in biology, by studying the electronic structure of biological macromolecules, researchers can gain insight into the fundamental processes of life.