High-temperature chemistry

High-temperature chemistry involves chemical reactions that occur at elevated temperatures, where increased heat energy enables molecules to break apart and form new compounds more rapidly. These conditions are typical in environments like furnaces, engines, or stars, where thermal energy overcomes activation barriers. In such settings, molecules behave differently than at lower temperatures, often producing unique products or faster reaction rates. This field helps us understand combustion, material synthesis, and planetary processes, emphasizing how temperature influences the pathways and outcomes of chemical transformations in extreme heat conditions.