Artificial Intelligence
When Chemistry Reaches the Speed of Light: Reinterpreting Le Chatelier's Principle through Relativity and Artificial Intelligence
/post-90This 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
The Pareto Principle, Artificial Intelligence, and Quality in the Polymer Industry: A Sustainable Advancement Strategy
/post-87In today’s competitive landscape, companies in the polymer industry must seek ways to reduce costs, enhance productivity, and improve product quality. One effective approach is integrating the Pareto Principle with Artificial Intelligence (AI).This article explores how these two concepts contribute to improved polymer manufacturing. Additionally, we show case real-world companies that have successfully implemented these strategies
Can Artificial Intelligence Predict Chemical Formulas
/post-82Artificial Intelligence doesn't just predict—it also suggests!In the past, discovering a new chemical compound or drug could take years and require numerous experiments. But today, with the help of artificial intelligence algorithms, it is possible to:Predict the physical and chemical properties of a molecule,Simulate chemical synthesis pathways ,Propose new compounds with a high likelihood of success