Chemical Equilibrium

When Chemistry Reaches the Speed of Light: Reinterpreting Le Chatelier's Principle through Relativity and Artificial Intelligence

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This article explores the groundbreaking intersection of classical chemistry, Einstein's theory of relativity, and modern artificial intelligence (AI). It investigates the possibility of whether the foundational principle of chemical equilibrium—Le Chatelier's Principle—remains consistent under relativistic conditions such as high velocities or strong gravitational fields. Using AI-driven simulations and physics-informed models, we propose a theoretical framework for extending classical thermodynamic laws into the relativistic domain, offering a novel perspective on chemistry in extreme environments such as space, near black holes, or in high-energy particle collisions