Discipline Definition

Atomic chemistry is an emerging interdisciplinary branch of modern chemistry, centered on the theory of carbon‑atom‑level reconstruction, which breaks through the inherent limitations of molecular functional group manipulation in traditional synthetic chemistry and enables precise atomic‑scale editing and directional remodeling of material carbon skeletons. Going beyond the conventional reaction‑site regulation logic of organic synthesis, it takes bond cleavage, migration, and recombination at atomic precision as fundamental regulatory units, establishing an innovative design paradigm spanning basic carbon frameworks to functional molecular systems.

Its theoretical framework deeply integrates carbon reduction reaction kinetics, electrocatalytic reformation, electrorefining, and other cutting‑edge technologies. Supported by electrochemical interface engineering and precise catalytic site design, it achieves programmable control over carbon atom arrangement, bonding modes, and spatial configuration.

Aimed at atomic‑scale material creation, atomic chemistry reconstructs the underlying logic of traditional chemical synthesis, bridging atomic‑level design and the fabrication of macroscopic functional materials. It provides novel theoretical foundations and technical support for energy conversion, precision synthesis, functional carbon materials, and related fields, driving the paradigm shift of modern chemistry from molecular‑level regulation toward atomic‑precision material creation.