AI Creativity

"AI Creativity" project

The Creative Frontier of Artificial Intelligence in Chemical Discovery

In today's world, artificial intelligence (AI) is transforming how we approach problems in nearly every field, including chemistry. Traditionally, chemists have relied on their deep knowledge and experience to design new molecules, discover novel reactions, and develop advanced materials. But what if AI could not only assist but also bring creativity to these complex tasks? This is the question driving our research interest.

AI creativity project by AnanikovLab

Our project, is focused on the topic of the creative frontier of AI in chemical discovery. The project aims to explore how modern AI systems, particularly advanced language models, can be integrated into chemical research. We believe that for AI to be truly effective in chemistry, it must move beyond merely predicting outcomes based on existing data. It should also have the capacity to think creatively, proposing new ideas, reactions, and materials that haven't been considered before.

By studying the creative abilities of AI, we hope to reach new potentials in chemical research. Ultimately, finding the way for discoveries that could lead to better medicines, more efficient energy sources, and innovative catalysts that improve our everyday lives. This project is not just about enhancing AI; it's about pushing the boundaries of what we can achieve in chemistry with the help of AI.

In essence, we are investigating how AI can be a partner in innovation, not just a tool, helping us reach new frontiers in science.

This project may give unsatisfactory results or fail completely. However, even if unproductive, the research will provide valuable insights that can guide future work and refine our understanding of AI's role in scientific discovery.

And finally, a fundamental question underlying this project is, "What is creativity?" Let us ask ourselves, "How do humans become creative?" Understanding how we become creative can offer insights into both new generations of humans and AI.

Publications and discussions in this project:

  • Ananikov V. P., "Will artificial intelligence (AI) replace chemists?", Chemistry Today, 2024, 42(4), 14-15. Download: pdf; Links: article, journal issue
  • AI-written article, "An AI review of an article written by a human: Will artificial intelligence (AI) replace chemists?", 2024. Read: link.

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