"The ChemAI platform offers a great opportunity to meet fellow chemists and AI experts and exchange ideas about AI for Chemistry. AI is like a new powerful Swiss army knife in our toolbox, of which we discover almost daily new extensions and uses."
"AI's potential in the field of Materials & Chemistry is still largely untapped, with endless possibilities awaiting exploration. It has the power to revolutionize design, accelerate scientific discovery, and optimize processes."
"The field of computational chemistry is ripe for a disruption with ML at all scales, from improved DFT functionals, MD force fields, free energy computations, transition path methods all the way to hydrodynamics."
"By blending cutting-edge algorithms with molecular understanding, new visionary businesses are redefining research and development. Chemical companies must embrace AI to stay ahead, as it enables them to optimize processes, discover novel materials, and create sustainable solutions for a rapidly evolving world."
"The field of computational chemistry is ripe for a disruption with ML at all scales, from improved DFT functionals, MD force fields, free energy computations, transition path methods all the way to hydrodynamics."
"The ChemAI platform offers a great opportunity to meet fellow chemists and AI experts and exchange ideas about AI for Chemistry. AI is like a new powerful Swiss army knife in our toolbox, of which we discover almost daily new extensions and uses."
"By blending cutting-edge algorithms with molecular understanding, new visionary businesses are redefining research and development. Chemical companies must embrace AI to stay ahead, as it enables them to optimize processes, discover novel materials, and create sustainable solutions for a rapidly evolving world."
"AI's potential in the field of Materials & Chemistry is still largely untapped, with endless possibilities awaiting exploration. It has the power to revolutionize design, accelerate scientific discovery, and optimize processes."